For much of it went to create the best-equipped chemistry laboratory in Europe.
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Born in 21920 in Ohio and raised in Michigan, Edison had been experimenting since childhood, when he built a chemistry laboratory in his family's basement.
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She met her husband while an undergraduate: The spaces in the physical chemistry laboratory were assigned in alphabetical order, so Karle was seated next to Lugoski.
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"I walked into the physical chemistry laboratory and there's a young man in the desk next to mine with his apparatus all set up running his experiment," Dr. Karle said.
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According to Lebart, some of the mold specimens are actually previously unidentified, so the glass plates are currently undergoing examination in a chemistry laboratory in Paris before they return home to the archive.
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When his enthusiasm for the piano waned, his father insisted that he use the time he would have spent practicing to develop another skill, so Manfred began experimenting in a small, and occasionally explosive, home chemistry laboratory.
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To provide modern care, "you need X-ray machines of all kinds, you need a chemistry laboratory and you need special operating rooms," said Markel, all of which cost much more than the gauze and broth of the past.
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He went on to work at the Massachusetts Institute of Technology, then at the University of Oxford, where he served as the head of the Inorganic Chemistry Laboratory, according to the University of Texas at Austin, where he now works.
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During their stay, the researchers ran experiments with a Mars-prototype drill, a sample transfer arm, a Signs of Life Detector (SOLID) developed in Spain, and a mock-up of the Wet Chemistry Laboratory (WCL) that accompanied the Phoenix lander to the Martian surface in 2008.
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A shopper in St Sampson's Square gave campaigners in their rain-sodden "I'm In" T-shirts a thumbs up; a scientist at the Wolfson Atmospheric Chemistry Laboratory waxed Europhile about research grants and freedom of movement; a crowd at the students' union at York University agreed with Mr Straw's every word.
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The Physical and Theoretical Chemistry Laboratory in the snow. The Physical and Theoretical Chemistry Laboratory (PTCL) is a major chemistry laboratory at the University of Oxford, England. It is located in the main Science Area of the university on South Parks Road. Previously it was known as the Physical Chemistry Laboratory.
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The chemistry laboratory is suitable for forty students at a time to undertake practical work.
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The Abbot's Kitchen in Oxford was expanded considerably in 1957 to become the main Inorganic Chemistry Laboratory (ICL). The Dyson Perrins Laboratory opened in 1916 and was the centre of the Department of Organic Chemistry until 2003 when it was replaced by the Chemistry Research Laboratory. The Physical Chemistry Laboratory replaced the Balliol-Trinity Laboratories in 1941, and its east wing completed in 1959. The physical and theoretical chemistry departments merged in 1994 and the Physical and Theoretical Chemistry Laboratory became its base in 1995.
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Abbot's Kitchen chemistry laboratory in Oxford Detail of a wood engraving by W. E. Hodgkin of 1855 showing the Abbot's Kitchen The Abbot's Kitchen in Oxford, England, is an early chemistry laboratory based on the Abbot's Kitchen at Glastonbury Abbey, a mediaeval 14th-century octagonal building that served as the kitchen at the abbey.
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It remained in operation until the Second World War when a new Physical Chemistry Laboratory (PCL) was constructed by Oxford University in the Science Area.
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The center was originally located at Princeton's Frick Chemistry Laboratory. In 2017, the JRC moved to its permanent location at the Julis Romo Rabinowitz Building.
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When a woman is made the head of a chemistry laboratory, her colleagues hatch a plot to make her fall in love, and neglect her work duties.
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The interactions, reactions and transformations that are studied in chemistry are usually the result of interactions between atoms, leading to rearrangements of the chemical bonds which hold atoms together. Such behaviors are studied in a chemistry laboratory. The chemistry laboratory stereotypically uses various forms of laboratory glassware. However glassware is not central to chemistry, and a great deal of experimental (as well as applied/industrial) chemistry is done without it.
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The Advanced Chemistry Laboratory (ACL), a chemistry laboratory built in 2005, is a facility designed for working with the most toxic known compounds. Highly instrumented and adaptable, the ACL is designed for flexibility so that it can address the ever-changing requirements of scientific advancement. Safety in and outside the laboratory is a primary consideration. Primary facilities within the ACL include advanced toxic agent laboratories, environmental chambers, and secure work spaces for classified materials.
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Ronald Percy Bell FRS FRSC FRSE (24 November 1907 – 9 January 1996) was a leading British physical chemist who worked in the Physical Chemistry Laboratory at the University of Oxford.
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He mentored over 20 scholars in their doctoral researches and held one US patent for his work. His efforts were also reported in founding the protein chemistry laboratory at CDRI.
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Block B was built in 1969, houses the Principal's office, a prayer room, 2 computer rooms, 4 science laboratories, a Biology laboratory, a Chemistry laboratory, a Physics laboratory and an arts room.
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He is the founder of Birkbeck, University of London and was head of the Chemical Society. He is one of the creators of the earliest chemistry laboratory for undergraduates at University College London.
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The AGC is affiliated with a number of professional bodies, such as the Panhellenic Association of Industrial Chemists, the Panhellenic Association of Shipping Chemists, and the Association of employees of the General Chemistry Laboratory.
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The classrooms which located in the Science building are the Earth Science Laboratory, Chemistry Laboratory, Physics Laboratory, Group Research Project Laboratory (for STEM class students, will finish construction in 2016) and an Audio-Visual classroom.
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In 1969, Pinewood film studios hired a chemistry laboratory at Fulmer for use as a film set for the film "The Chairman" (also known as "The Most Dangerous Man in the World"), starring Gregory Peck.
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William McPherson (July 2, 1864 – October 2, 1951) was the acting President of The Ohio State University from July 1, 1938 to March 1, 1940. A chemistry laboratory at Ohio State is named for him.
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The original Physical Chemistry Laboratory was built in 1941 and at that time also housed the inorganic chemistry laboratory. It replaced the Balliol-Trinity Laboratories. The east wing of the building was completed in 1959 and inorganic chemistry, already in its own building on South Parks Road, then became a separate department in 1961. In 1972, the Department of Theoretical Chemistry was established in a house on South Parks Road, and in 1994, the amalgamation of the physical and theoretical chemistry departments took place.
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Its facilities include testing capability for fall arrest harnesses, fireproof suits, safety eyewear, chain saw protection, and horse riding protective equipment. It also undertakes footwear durability testing, footwear fitting, chemistry laboratory testing and furniture durability testing.
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Lancashire Evening Post. 19 October 1931. This was extended in 1957 with the addition of a larger library, sixth form, chemistry laboratory and classrooms.The Huttonian, The Magazine of Hutton Grammar School and the Old Huttonian Association.
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In 1928, he became a demonstrator and lecturer at the University of Oxford Inorganic Chemistry Laboratory. He stayed in Oxford for the remainder of his life. He became attached to St Catherine's Society in the 1930s.
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Retort stands are often used in the chemistry laboratory. For instance, they are used for distillation experiments (such as organic distillations) and titrations (where they hold a burette). They are also used as supports in filtration.
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The classes that take place in the chemistry laboratory include Chemistry, Honors Chemistry and AP Chemistry. The Kemper Building is also home to the Institute of Scientific Research and Exploration, as well as the Engineering Institute.
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Chemistry Chemistry laboratory has been established. Physics Computer Computer laboratory has 45 work stations. All computers are connected with Internet. This laboratory is used by the students for practical work of computer related subjects and for internet.
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He was then a founding member, along with Jean Claude Charpentier, of the École de Chimie Physique et Électronique de Lyon (CPE Lyon), where he became scientific director. He created the Surface Organometallic Chemistry Laboratory and then the Catalysis and Process Chemistry Laboratory COMS UMR CNRS-CPE-UCB 52, of which he is the director. He then became a founding member and director of the Catalysis Centre at King Abdullah University of Science and technology in 2008. He was President of a European Laboratory of Excellence (NOE) IDECAT, which includes 44 catalyst laboratories in Europe.
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Cadet College Kohat has double story academic block. Academic Block consists of classrooms, assembly hall (Faizullah Khan Auditorium), Chemistry laboratory, Physics Laboratory (Dr. A. Q. Khan Laboratory), Biology Laboratory and Computer Laboratory. It also has a staff room.
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The University of Melbourne promotes agriculture and veterinary science through the J. M. Higgins Research Foundation and the annual J. M. Higgins exhibition; the Royal Melbourne Institute of Technology's chemistry laboratory is named after Sir John and Lady Higgins.
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Guerlain: Les Flacons À Parfum Depuis 1828. Toulouse: Éditions Milan, 1997. Print. He then interned in the organic chemistry laboratory of Charles Friedel at the University of Paris, before being officially employed in the family business in 1894.Guerlain, Jean-Jacques.
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David Buckingham obtained a Bachelor of Science and Master of Science, under Professor Raymond Le Fevre, from the University of Sydney and a PhD from the University of Cambridge supervised by John Pople. He was an 1851 Exhibition Senior Student in the Physical Chemistry Laboratory at the University of Oxford from 1955–57, Lecturer and then Student (Fellow) at Christ Church, Oxford from 1955–65 and University Lecturer in the Inorganic Chemistry Laboratory from 1958 - 65. He was Professor of Theoretical Chemistry at the University of Bristol from 1965 - 69. He was appointed Professor of Chemistry at the University of Cambridge in 1969.
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Repères chronologiques / Jacques Tréfouël (1897-1977) Service des Archives de l'Institut Pasteur In 1938 he was appointed head of the medicinal chemistry laboratory at the Pasteur Institute. From 1940 to 1964 he served as director of the Institute, while still retaining his role as head of the medicinal chemistry laboratory. He was a member of the Société de pathologie exotique (from 1927), Société Philomathique de Paris (from 1933), and from 1971 to 1977, served as president of the Société de biologie. He was also a member of the Académie de médecine (president 1967) and the Académie des sciences (president 1965).
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Bothwell had his own soil chemistry laboratory, and was a consultant to growers throughout the Southwest U.S. He also became one of the leading cattle breeders in California. He was a member of American Society of Agronomy, and the Society of Soil Scientists.
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Pierre Braunstein Pierre Braunstein (born 4 October 1947) is a French chemist. He was director of the Laboratoire de Chimie de Coordination (Coordination Chemistry Laboratory, CNRS-Université de Strasbourg) of Strasbourg (France) and is a member of the French Academy of Science.
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The course of study lasts four years.Complete curriculum description The two first years give the students a strong basic education in physics, chemistry and biology. The students can major in physics, chemistry or physico-chemistry. Laboratory research projects are also carried out.
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Iron tests are groups of clinical chemistry laboratory blood tests that are used to evaluate body iron stores or the iron level in blood serum. Other terms used for the same tests are iron panel, iron profile, iron indices, iron status or iron studies.
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Students at the chemistry laboratory The Bestuzhev Courses (Бестужевские курсы) in St. Petersburg were the largest and most prominent women's higher education institution in Imperial Russia.Rochelle Goldberg Ruthchild. Equality and Revolution: Women's Rights in the Russian Empire, 1905-1917. University of Pittsburgh Press, 2010. .
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Passing out with a Cert.'A' meant that when the boys were later called up to undertake their National Service they were one step ahead of the majority of young men. On returning to the St. Helen's House site in September 1945 the JTC continued operations including parades immediately using the main playground in front of 'B' Block, the one behind the School Chapel and the pre-World War II armory in the cloisters (near to the Chemistry Laboratory) to store their weapons. The building containing the armory had been the Headmaster's house built at the end of the 19th century in 1891 along with the cloisters and Chemistry Laboratory.
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Barney, Bishop, Adlong, and Bedgood (2009) studied the use of a 3D virtual laboratory as a tool to familiarize distance learning chemistry students with an actual chemistry laboratory. While it was not incorporated into the initial study, the researchers suggest including instructional scaffolding experiences to help alleviate students’ anxieties with applying mathematics and chemistry concepts in the actual laboratory setting (Barney, Bishop, Adlong, and Bedgood 2009). The virtual laboratory does not replace the real-world experience, rather it helps to enhance the student's schema of a chemistry laboratory and prepare them for performance expectations in the actual environment. Web-based virtual science laboratories are also used with elementary school students.
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Henry Moseley in the Balliol-Trinity Laboratories in 1910. The Balliol-Trinity Laboratories in Oxford, England, was an early chemistry laboratory at the University of Oxford. The laboratory was located between Balliol College and Trinity College, hence the name. It was especially known for physical chemistry.
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As of spring 2011, working with a large individual donor, the foundation has pledged US$8,500 for the upcoming renovation of the chemistry laboratory. The funds are to be used to purchase a group of cutting-edge scientific instruments to be used for daily teaching purposes.
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To commemorate his work to found the Sheffield Scientific School, a statue of Benjamin Silliman cast by John Ferguson Weir resides outside the Sterling Chemistry Laboratory. A Roy Lichtenstein sculpture entitled "Modern Head" was placed at the base of Science Hill, near Hillhouse Avenue, in 1993.
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Frederick Mason Brewer CBE FRIC (1903–1963), Head of the Inorganic Chemistry Laboratory at the University of Oxford, and Mayor of Oxford during 1959–60, lived at 6 Moreton Road. The classical scholar and Fellow of University College, Oxford, George Cawkwell (1919–2019), lived in Moreton Road.
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On the mezzanine there are smaller exhibits. The Innovation Station includes hands-on exhibits related to technology and invention. Laboratories for physics, chemistry, technology, and laser holography are connected to the Turbine Hall. The Chemistry Lab is the first hands-on wet chemistry laboratory in the nation.
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Catastrophe struck at 6:30 a.m. on Friday, January 22, 1926 when a fire, originating in the chemistry laboratory, consumed the school and forced its temporary closure. Minor reopened its doors in 1927 after the main building was rebuilt. A gymnasium, extra classrooms, and a library were added later.
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He received a B.A. in chemistry from Harvard in 1994, graduating summa cum laude and first in his class. While an undergraduate, he worked in the synthetic chemistry laboratory of Nobel Laureate E.J. Corey. Liu received his Ph.D. from UC Berkeley in 1999, supervised by Peter G. Schultz.
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Stephenson read Natural Sciences, taking courses in chemistry, physiology and zoology for Part I of the Natural Sciences Tripos. At this time women were still excluded from Cambridge University's chemistry and zoology laboratories; Newnham College had its own chemistry laboratory and women attended biology practicals in the Balfour Laboratory.
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The Stahl oxidation is a component of the undergraduate organic chemistry laboratory curriculum at UW-Madison. In 2013, the mechanism for the copper(I)/TEMPO oxidation of alcohols was elucidated, and it was found the use of less hindered nitroxyl radical sources allowed for the oxidation of secondary alcohols.
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The Seeley G. Mudd Chemistry Building was a chemistry laboratory and classroom building on the campus of Vassar College in the town of Poughkeepsie, New York. The postmodern building stood on the north end of a cluster of other science buildings on the site of the school's first chemistry laboratory. It was completed in 1984 at a cost of $7.2 million after the college received money from a fund bequeathed to it in the will of California cardiologist and professor Seeley G. Mudd. The structure replaced Sanders Hall of Chemistry and included elements designed to be energy efficient, notably a large wall of glass blocks that designers hoped would passively heat the building.
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In 1963 she received her Dr.Sci. degree from the same institution. In 1970 she became a Full Professor of chemistry at Moscow State University, where she currently serves as head of the Organoelement Chemistry Laboratory. Beletskaya was elected a corresponding member of the Academy of Science of USSR in 1974.
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The earliest purpose-built facility on campus was the Carnelley Building which opened in 1883 as part of the new University College. A£10,000 donation from Miss Mary Ann Baxter provided for a chemistry laboratory situated in the building which was named for the University's first Professor of Chemistry, Thomas Carnelley.
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Henri was a graduate of the School of Chemistry of Lyon. While working in his Jussieu chemistry laboratory, in 1973 Henri identified asbestos in the white dust falling from the ceiling. After examining the literature on this silicate and discovering its carcinogenic character, he reported this to an inter-union collective on safety.
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The historian Rudolf Gustav Puff described Rogaška Slatina in a special publication, and 24 lithographs of the town were created by the artist Josip Reiterer in the early 19th century. The chemist Adolf Režek set up a small chemistry laboratory in Rogaška Slatina in 1931 and published various material about the town.
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The main school building has 34 class rooms. The school building also houses Physics, Chemistry and Biology laboratories. The physics laboratory is equipped with all modern apparatus like p-n junction diode, zener diode, transistors, LED, Phone transistor & important ingredients of logic gate. The Chemistry Laboratory is equipped with Gas supply facility.
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T.K. Chaudhuri and H.N. Acharya(1982): Preparation of lead iodide films by iodination of chemically deposited lead sulphide films. Materials Research Bulletin. volume 17, issue 3, pages 279-286. Seth Anthony (2014): I. Cognitive and instructional factors relating to students' development of personal models of chemical systems in the general chemistry laboratory. [...].
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St. Theresa's College Quezon City High School Department The High School Department is a Catholic college-preparatory school for female students. The campus features a library, the Instructional Media Center, Biology laboratory, Chemistry laboratory, Physics laboratory, computer laboratories, High School Chapel, cooking rooms, sewing room, canteen and cafeteria, clinic and the covered court.
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Azzedine Bousseksou attended high school in Algiers, where he also received a diploma in Material Physics from the Université de Bab Ezzouar. He received a DEA in Materials Science from the University of Nantes in 1988, then obtained a PhD in Materials Science from the Pierre and Marie Curie University in Paris in 1992. He did a doctoral internship at the Johannes Gutenberg University of Mainz, at the Inorganic Chemistry Laboratory of Professor Gütlich. Bousseksou began his career at the CNRS in 1993, as a research fellow at the CNRS Coordination Chemistry Laboratory in Toulouse (LCC-CNRS). In January 2003, then in charge of Research at the LCC-CNRS Toulouse, he created and directed the scientific team "Switchable Molecular Materials" of the LCC.
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Wide-bore needles of similar gauge are often used. Unlike hypodermic-type needles sometimes used in the chemistry laboratory, these needles tend to be reused due to cost. Long needles may be flexible enough to be bent in U-shapes; shorter needles often are not. Polypropylene syringes used for medical applications are least expensive.
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He was also Chairman of the British Postgraduate Medical Foundation from 1986–1993. Richards's research work in the Physical and Theoretical Chemistry Laboratory at Oxford was primarily concerned with nuclear magnetic resonance. His early work, leading to the award of a DPhil. in 1948, was on infrared spectroscopy and was supervised by Harold Warris Thompson.
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Together with Petru Poni, he pushed for the establishment of a chemistry laboratory. This began to take shape in the 1864–1865 academic year, when 2000 lei were allocated in the university budget for said purpose. He served as the university's rector between 1867 and 1875. In August 1864, at Cluj, he married Veronica Câmpeanu.
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Students at the Bestuzhev Courses' chemistry laboratory Bogdanovskaya returned to Saint Petersburg in 1892 to work at the Bestuzhev Courses, where she taught chemistry. This was an institution founded in 1878 to encourage Russian women to stay in Russia to study. She was working as an assistant to Prof. L'vov teaching the first courses in stereochemistry.
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The school has a physics laboratory, chemistry laboratory, biology laboratory, computer laboratories and an English Language Lab and Extramarks SmartClass. The school has a well-stocked library and two large halls. The school has a very large campus complete with a large playground. It has a cricket ground with pitches, a football ground, basketball courts and a tennis court.
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Chemistry was first recognized as a separate discipline at Oxford University in the 19th century. From 1855, a chemistry laboratory existed in a basement at Balliol College. In 1879, Balliol and Trinity agreed to have a laboratory at the boundary of the two colleges. The laboratory became the strongest of the Oxford college research institutions in chemistry.
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Earning a research fellowship, she joined the University of Cambridge physical chemistry laboratory under Ronald George Wreyford Norrish, who disappointed her for his lack of enthusiasm.Glynn, p. 60. The British Coal Utilisation Research Association (BCURA) offered her a research position in 1942 and started her work on coals. This helped her earn a Ph.D. in 1945.
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It was capable of holding twice as many students as the original school and had facilities such as a lecture hall and chemistry laboratory. In 1902 the Institute moved to George Cheyney's farm, west of Philadelphia, and afterward the name "Cheyney" became associated with the school.Institute for Colored Youth The building is now used as condos.
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Knowles was born in England in 1935, educated at Magdalen College School, Oxford and Balliol College, Oxford (BA 1959, DPhil 1961). He was a Pilot Officer in the Royal Air Force. During his undergraduate he did research in Richard Norman's physical organic chemistry laboratory. There, he studied electronic effects on the rates of aromatic substitution reactions.
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Gao was born in Xiaoshan, Zhejiang, in 1919. In 1944 she graduated from Jiaotong University in Shanghai, with a BSc in chemistry. She was the only woman in the class to earn a degree. While she was a student the chemistry laboratory was in an abandoned factory in the French Concession, because of the Second Sino-Japanese War.
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Acedapsone (INN) is an antimicrobial drug, which also has antimalarial activity. Acedapsone is the INN for diacetyldapsone. It was synthesized and developed in 1937 by Ernest Fourneau and his team in the pharmaceutical chemistry laboratory of Pasteur Institute, and it was marketed as Rodilone by the Rhône-Poulenc company. It is a long-acting prodrug of dapsone.
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Yakshi narrates the story of a young handsome scientist and lecturer, Sreenivasan who is working in a college in Kerala. Sreenivasan is doing research on the Yakshis(Vampire). He is in love with one of the one student in college Vijayalakshmi. In the chemistry laboratory, he met with an unexpected accident, almost half of his face is damaged.
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The research done at Stjerneborg paralleled the work done at Uraniborg but their notes were kept separate so that the research gathered at the observatories could be used to ensure that all of the data was accurate. Work had been started to connect Stjerneburg to the Tycho's chemistry laboratory under Uraniborg but the tunnel was never completed.
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The school has a playground, cricket nets, and a basketball ground. The computer lab has around 25 computers, with a separate computer lab for the ISC students. The school houses four auditoriums out of which one is exclusively for conducting the annual Board Examinations. It has a Biology Laboratory, a Physics Laboratory, and a Chemistry Laboratory.
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Ondetti supported himself during his university years by working as a bookkeeper, using his first high school degree. He managed to get an early shift at the Department of Energy. This allowed him to attend the required laboratory classes in the afternoon. Ondetti's experience with chemistry laboratory was unfamiliar to his previous knowledge in bookkeeping, but was not off-putting.
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Bouin solution is a common picric- acid-containing fixative solution used for histology specimens. It improves the staining of acid dyes, but it can also result in hydrolysis of any DNA in the sample. Clinical chemistry laboratory testing utilizes picric acid for the Jaffe reaction to test for creatinine. It forms a colored complex that can be measured using spectroscopy.
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In the inorganic and organometallic chemistry laboratory, silver tetrafluoroborate, sometimes referred to "silver BF-4", is a useful reagent. In dichloromethane, silver tetrafluoroborate is a moderately strong oxidant. Similar to silver hexafluorophosphate, it is commonly used to replace halide anions or ligands with the weakly coordinating tetrafluoroborate anions. The abstraction of the halide is driven by the precipitation of the appropriate silver halide.
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Rhodes House on the south side of South Parks Road, designed by Sir Herbert Baker and completed in 1928, on land bought from Wadham College. Linacre College from the corner of South Parks Road and St Cross Road. The Inorganic Chemistry Laboratory building on the north side of South Parks Road. The Tinbergen Building, used by the zoology and psychology departments.
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Frederick Mason Brewer CBE FRIC (1903 – 11 February 1963) was an English chemist. He was Head of the Inorganic Chemistry Laboratory at the University of Oxford and Mayor of Oxford during 1959–60. Frederick Brewer was born in Kensal Rise (aka Kensal Green), Middlesex, England. He was the son of Frederick Charles Brewer and Ellen Maria Owen, both school teachers.
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It was also filled with literature, mainly atlases and geographies, which he would read by candlelight. This interest followed him into adulthood. Taylor showed interest in chemistry, specifically pyrotechnics, when he received a chemistry set at the age of ten. This fascination was enhanced when his neighborhood, Atlixco 13, added a chemistry laboratory that served a small and exclusive university in the area.
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Dodd was born in London in 1869. His father died when he was young and he was sent to Boston to live with his sister. He dropped out of school and worked as a janitor in a chemistry laboratory at Harvard College. He was curious about the lectures and experiments and gradually learned general chemistry impressing a Professor at Harvard.
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Born in Handforth, Cheshire, on 12 May 1926, Rowlinson attended the independent Rossall School in Fleetwood. He was educated at Trinity College, Oxford, where in 1944 he was awarded a Millard scholarship to read Chemistry. His tutor was Professor Sir Cyril Hinshelwood, who was the first head of the Physical Chemistry Laboratory. He graduated with first-class honours in 1948.
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From 1857 onward, he worked as an associate professor at the University of Lemberg. Pebal remained a professor at Lemberg until 1865, after which, he became a professor at the University of Graz. He planned the new chemistry laboratory in Graz, which was finished in 1878. Adolph Wurtz (1817-1884) was sent by the French government to report about the laboratory.
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Prempeh was born in Kwamang in Ashanti Region of the Ghana. He attended the Kwame Nkrumah University of Science and Technology and obtained his Degree in Bachelor of Social Science in 1982. He attended the University of Ghana in 1987 and studied Quantum Chemistry Laboratory, QCL. He also attended Ghana school of Law and obtained a Degree in Bachelor of Law in 1989.
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The first part contains 60 multiple-choice questions. Each question has four answer choices. The questions are loosely grouped into 10 sets of 6 items; each set corresponds to a different chemistry topic. Typically, the topics are, in order, descriptive chemistry/laboratory techniques, stoichiometry, gases/liquids/solids, thermodynamics, kinetics, equilibrium, electrochemistry, electronic structure/periodic trends, bonding theories, and organic chemistry.
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Mount Senario had 28 satellite locations serving students mostly in the areas of criminal justice, public administration, business administration and liberal arts. ;Main campus The main campus consisted of two major buildings. The largest was the college, consisting of college administration, library, bookstore, cafeteria, lecture hall, several classrooms, chemistry laboratory, biology laboratory and physics laboratory. Adjacent to the college building was the dormitory.
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Hose barbs are used in machine perfusion and chemistry laboratory equipment. Hose barb fittings are small curved, bent or T-shaped pipes, hoses or tubes with hose barbs on at least one side used to join two or more pieces of piping (hosing, tubing) together. Hose barbs are commonly used in the agriculture industry to connect anhydrous ammonia (NH3) hoses.
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In 1937, he was given a Guggenheim Fellowship and he spent five months in Sweden working with Professor Theodor Svedberg. Also that year, he was awarded the Scheele Award in Stockholm. Both Sumner and Northrop, along with Wendell M Stanley, shared the Nobel Prize in 1946 for crystallization of enzymes. In 1947 Sumner became the director of Cornell's enzyme chemistry laboratory.
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In 1924 he became master of Balliol College and became Vice-Chancellor of the University of Oxford from 1935–38. He worked with Lord Nuffield who donated £1 million to fund a new physical chemistry laboratory and a postgraduate college for social studies, Nuffield College, Oxford in 1937. At Oxford, Lindsay was a leading figure in the adult education movement.
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The department has a well-equipped Chemistry Laboratory. The chemistry practical work is selected to train the students in important analytical techniques, both in the qualitative and quantitative fields. Latest equipment like, spectrophotometer, potentiometers and PH meters are used for quantitative analyses. This practical training not only consolidates their theoretical knowledge about materials, but also enables them to find their composition.
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Sidney's husband died in 1601. His death left her with less financial support than she might have expected, though views on its adequacy vary; at the time the majority of an estate was left to the eldest son. In addition to the arts, Sidney had a range of interests. She had a chemistry laboratory at Wilton House, where she developed medicines and invisible ink.
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In 1910 he worked in Germany, at the chemistry laboratory of Franz Joseph Emil Fischer. From 1912-1915 he worked at the Peter Bent Brigham Hospital as a resident physician. In 1915 he became an associate professor of medicine at Harvard Medical School and in 1921 he became a professor there. He made significant contributions to understanding pernicious anemia while doing research at the Harvard-Thorndike Laboratory.
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Williams, p. 279 Franklin was awarded a research fellowship at Newnham College, with which she joined the physical chemistry laboratory of the University of Cambridge to work under Ronald George Wreyford Norrish, who later won the Nobel Prize in Chemistry. In her one year of work there, she did not have much success.Rosalind Franklin, Cold Spring Harbor Laboratory's Dolan DNA Learning Center, ID 1649, .
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He converted his father's carpentry shop into a chemistry laboratory, where he built rockets with his friends from high school. Warde graduated from Harrison College in 1965, when he moved to America to start his undergraduate studies. Warde was a physics major at Stevens Institute of Technology, which he graduated in 1969. Warde was a brother in Pi Lambda Phi and played varsity soccer.
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Gastón Pons Muzzo (circa 1922 - January 6, 2004) was a Peruvian chemist. He was born in Tacna, Peru and joined National University of San Marcos staff in the 1960s to lecture general chemistry laboratory at the Department of Chemistry. He also was known for his teaching of physical chemistry and for his accompanying textbook. He was elected as dean in 1964 and remained in office until 1967.
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It features permanent and traveling exhibits, an IMAX dome theater, a digital 3D virtual theater, and a hands-on chemistry laboratory. The Dauphin Island Sea Lab is located south of the city, on Dauphin Island near the mouth of Mobile Bay. It houses the Estuarium, an aquarium which illustrates the four habitats of the Mobile Bay ecosystem: the river delta, bay, barrier islands and Gulf of Mexico.
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Classrooms and dormitories were built—for some of the pupils would be boarders—and the school opened in September 1897 with 30 boys initially. The school's patron saint was St Joseph and its motto, Concordia res parvae crescunt ("In harmony, small things grow") The school increased in scale and scope. In 1905 a chemistry laboratory was built and the playing fields at Norbury acquired.
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Former Chemistry Laboratory (1932) at De Lairessestraat. By the turn of the 20th century, the Scottish Missionary Church became too small for the growing number of students and the university bought its first building, located at Keizersgracht 162. In the following years, the university acquired more buildings throughout the city. In 1905, VU was formally accredited and granted the legal right to award academic degrees.
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His doctoral thesis was entitled, "Volumetric and Optical-Chemical Studies". Ostwald's initial research focused on the mass action, chemical affinity, electrochemistry, and chemical dynamics. He continued this research in 1877 as an unpaid investigator at the University of Dorpat, working in the Physics Institute and the Chemistry Laboratory at the university. In 1881, Ostwald was initially a Professor of Chemistry at the Polytechnicum in Riga.
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He helped to establish the first undergraduate chemistry laboratory in the United States. In 1797, Maclean published Two Lectures on Combustion which altered the field going into the eighteenth century. Notably, his son, John Maclean, Jr., became the tenth president of Princeton University. American botanist and chemist John Torrey was one of Maclean's successors, lecturing students in chemistry and natural history from 1830 to 1854.
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It was first established with Dr. Manget as the only physician; later encompassing nine acres of land, and with a staff of over 100 nurses and 100 other personnel. At its time, it was noted for being the most modern medical facilities in China. The facilities of the hospital included a chemistry laboratory, an X-ray facility and a nursing school. Japanese troops later occupied the hospital.
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Formally, the Department of Chemistry has been created as a separate entity of Saint Petersburg State University (then Leningrad State University) in 1929. However, the history of chemistry at Saint Petersburg State University began much earlier. First chemistry laboratory and lectures in chemistry were introduced at the University in 1833. One of the first professors of chemistry was Alexander Voskresensky, a doctoral student of Justus von Liebig.
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With only $1.65 in his pocket, McBay immediately took a job in the Atlanta University dining hall so he could eat. After only a few days on campus, his faculty advisor, Professor K. A. Huggins, arranged for him to work in the chemistry laboratory. McBay began to help Huggins study new types of plastics that had properties similar to natural rubber. Soon, McBay was performing his own analysis of the plastics.
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Kawai continued to be supported by the Japan Society for the Promotion of Science, investigating nanoscale electron transport through molecular layers. By combining single molecule spectroscopy (using scanning tunneling spectroscopy) with inelastic electron tunneling spectroscopy to identify electron transfer channels. She discovered a new reaction pathway in titanium dioxide. Kawai became Chief Scientist and Director of Surface Chemistry Laboratory at Riken in 1991 and an executive director in 2010.
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During the summer, in addition to remodeling and refurnishing the building, a new chemistry laboratory was constructed and supplied at a cost of $270. SMHS also gained a set of reference books at $75 and three Remington typewriters at $70 each. Classes were conducted in this building from 1903 until 1911. Although the school building was considerably damaged in the earthquake of 1906, no class time was lost.
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The Queen of Peace is a four-storey building that houses some junior high school and senior high school rooms. The junior high school faculty, academic supervisors' office, speech laboratory, biology laboratory, chemistry laboratory, physics laboratory, integrated science laboratory, home economics room, computer laboratories, the school clinic, high school audio- visual room, chapel, Human Resource Office, and the Community Extension Services coordinator's office are found in this building.
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Naqvi became a naturalized British citizen in 1974, but left Sheffield for the Physical Chemistry Laboratory, Swiss Federal Institute of Technology (ETH) in Zurich. In 1976, he reported the first example of a comparatively rare phenomenon: electronic energy transfer, mediated by electron exchange, from a triplet donor to a double acceptor; in his experiments, the donor was the benzophenone triplet and the acceptor was the benzophenone ketyl radical.
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Marion High School is a historic school building located at Marion, Marion County, South Carolina. It was built in 1923–1924, and is a two-story, Classical Revival style brick building. The building's main façade features baroque massing with projecting central and end pavilions. When built, the school included a gymnasium, a physics and chemistry laboratory, a domestic science department with sewing and cooking rooms, agriculture laboratory, and a commercial department.
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As Kretschmer left the room to reload his weapon, the teacher reportedly closed the door and locked it. After unsuccessfully trying to shoot off the lock, Kretschmer then moved on to the chemistry laboratory, where he shot and killed the teacher. Students escaped Kretschmer by jumping out of windows. In the three targeted classrooms, he killed nine students (eight female and one male, 14–16 years old) and a female teacher.
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Gallwas studied chemistry at San Diego State University. He later ran a clinical chemistry laboratory while serving in the Army Medical Corps. In 1964, he went on to work in diagnostics for scientific instrument maker Beckman Instruments, Inc. In 1972, Gallwas served as a spokesperson for the adoption of voluntary consensus standards for laboratory medicine as the Food and Drug Administration began to regulate the medical device industry.
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Seibert did her undergraduate work at Goucher College in Baltimore, graduating Phi Beta Kappa in 1918. She and one of her chemistry teachers, Jessie E. Minor, did war-time work at the Chemistry Laboratory of the Hammersley Paper Mill in Garfield, New Jersey. Seibert earned her Ph.D. in biochemistry from Yale University in 1923. At Yale she studied the intravenous injection of milk proteins under the direction of Lafayette Mendel.
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It was blessed and dedicated by His Lordship Bishop Emmet, S.J., in the presence of His Excellency Sir Arthur Richards, KCMG. Chemistry was introduced to the College in January 1945 by Fr. John A. Blatchford, S.J. At the dedication of the chemistry laboratory hopes were expressed that a biology laboratory would soon follow, to alleviate the critical shortage of medical students, trumpeted by the Jamaican media at the time.
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She attended lectures at Yale College, including the chemistry laboratory, philosophy, a course on ancient history, as well as some shorter courses, on other subjects. Besides this, the company with which she mingled in her father's house included ministers and missionaries, and she learned from them, too. Several things contributed to exclude her somewhat from general society. Among these, the principal was the lateness of the hour when parties broke up.
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With its enrollment swelling, the college almost immediately outgrew the Alumnae Gymnasium. By September 1892, a second-floor hall was converted into an assembly hall and by 1897, a chemistry laboratory was moved from Main Building to a retrofitted auxiliary gym in the Alumnae Gymnasium. The Board of Trustees allocated $25,000 to expand the gymnasium on June 12, 1905, after considering options of expansion as early as 1901.
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Dong Mingzhu was born the youngest of seven children in a working-class family in Nanjing, capital of east China's Jiangsu province, in August 1954. When she was a child, she wanted to be a soldier. Dong graduated from a specialized institute in Wuhu, city in Anhui province in 1975, with a degree in Statistics. After graduation, Dong got an administrative job at local government chemistry laboratory in Nanjing for 15 years.
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During 1810 to 1822, Loygorri brought to the classroom as all the lessons learned after the Spanish War of Independence. He expanded and improved his teams and installations, inaugurating a chemistry laboratory and another of natural sciences. He purchased the Cabinet of Mineralogy of the naturalist Casimiro Gómez Ortega, one of the most renowned in Europe at the time. In 1816 he published Treatise of Artillery, which had significant influence on several generations of artillerymen.
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Remsen and Morse started the chemistry laboratory at Johns Hopkins together, and Morse's experience from Germany proved very valuable, as the American chemistry school was less developed at the time. Morse officially became an associate professor in 1883, a full professor of inorganic and analytical chemistry in 1892, and director of the chemical laboratory in 1908. He retired in 1916. Morse married twice and had four children--a daughter and three sons.
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It was also significant for its emphasis on applying discoveries in fundamental research to the development of specific chemical processes and products. In 1833, Liebig was able to convince chancellor Justin von Linde to include the institute within the university. In 1839, he obtained government funds to build a lecture theatre and two separate laboratories, designed by architect Paul Hofmann. The new chemistry laboratory featured innovative glass-fronted fume cupboards and venting chimneys.
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The original building, located at the corner of 12th and Ash, was torn down in 1939 and an addition was made to the west building. The addition added a vocational agriculture shop, library, chemistry laboratory, home economics laboratory, and a wood shop. In addition, the 12th Street Auditorium was also constructed. Between 1939 and 1941, the school became the Hays Junior-Senior High School, as seventh and eighth grades joined the school.
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The High School's personnel is highly trained, some of the most prestigious local teachers being employed here. Many of them authored different scientific studies or teach at the local Ovidius University. The High School has 23 classrooms and many offices and laboratories including a history cabinet, a geography cabinet, a chemistry laboratory, and a biology laboratory with an annexed greenhouse. The library has over 40,000 books covering all domains and a spacious reading room.
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She was promoted to the department head in 1943 and held that position for 11 years; in 1953 she became a Senior Professor there. In 1960, she retired and became a professor emerita at the university until 1964, when she retired fully. During her time at the University of Hawaii, she designed their new chemistry laboratory. Completed in 1951, the 70,000 square-foot facility cost $1.5 million and was named after the Bilgers in 1959.
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The school was founded by Devyani Mungali and Girija Shankar Mungali. It has a 14-acre campus, water purification and treatment plant, classrooms, chemistry laboratory, biology laboratory, and physics laboratory. The school has a music room, an art room, an audiovisual room, and multipurpose rooms. The school's campus has (as of February 2013) basketball court, volleyball court, international-size soccer ground, two badminton courts, table tennis tables as well as carom boards and chess boards.
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YPP provides main facilities such as: The school building taken from the front side. Building. YPP has two buildings; the old building for Permai School (Pre-school – Primary – Secondary – Senior High School) and the new building for Permai Plus School (Nursery – Kindergarten – Primary - Secondary). All rooms are equipped by air-conditioners included Physics and Chemistry/Biology laboratories. Laboratory. There are Biology and Chemistry laboratory (combined), Language laboratory, Physics laboratory, and Computer laboratory in the school.
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In 1994 Rodger joined the University of Warwick as a Lecturer. She was made a Senior Lecturer in 1998, a Reader in 2003 and a Professor in 2005. Rodger was Head of the Department of Chemistry at the University of Warwick from 2014 to 2016. She was the only woman academic in the Physical Chemistry Laboratory at Oxford and the Department of Chemistry at the University of Warwick for over 11 years.
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Scăețeanu, Pele, p. 347 There, his professors included Petru Poni (inorganic chemistry), Vasile Buțureanu (mineralogy and crystallography), Anastasie Obregia (organic chemistry) and Dragomir Hurmuzescu (electrochemistry).Scăețeanu, Pele, p. 347-8 Upon graduating in 1905, he went to deepen his studies at the universities of University of Vienna and then Berlin. He returned in 1907, when he began working as an assistant in the inorganic chemistry laboratory of Neculai Costăchescu, and was promoted to head of operations in 1916.
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Cook was one of SRI International's earliest employees, joining the organization in 1948 as its 48th employee. He went on to lead SRI's Radiation Chemistry Laboratory, where he was interested in using high-energy electrons to alter polymers. In 1951, Cook founded the Sequoia Process Corporation; he left that after five years to found Raychem, which opened in 1957, and focused on commercial applications for radiochemistry. He served as Raychem's CEO and chairman of the board.
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In this context of struggle of religious congregations, especially Jesuits against the secular and republican ideology of the state, ESSEC was a late Catholic response to the creation of HEC. It was located at the École Sainte Geneviève (created by Jesuits in 1854) in the Latin Quarter. At its foundation, ESSEC had extensive material resources: small rooms suitable for work in reduced numbers and a chemistry laboratory. The first class had seven students, and study programs lasted two years.
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After the Second World War, Becke-Goehring was evacuated by the American military government to the American occupation zone. In 1946, she started as a lecturer for inorganic chemistry at the Heidelberg University. Due to the destruction after the second world war, she had to write her first lecture notes based on her memory and test experiments in the chemistry laboratory. In 1947, she became an extraordinary professor, and was promoted to full professor in 1959.
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The new back structure, with its clock tower, had the latest and most modern facilities, including a chemistry laboratory, gymnasium, library, and lecture hall. In 1922, the school moved to its present site at 1839 North Echo Avenue, near Palm and McKinley Avenues. Fresno High School is surrounded by large homes (originally one of Fresno's affluent areas) and large Fresno ash and pine trees. In 2002 the historic Royce Hall building caught fire and suffered minimal damage.
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Israel asserted that the university chemistry laboratory was a "fair target", even if it could not show conclusively that those inside the laboratory at the time of the attack where engaged in making weapons. The death toll rose to 415 that morning, as reported by the Associated Press. The Palestinian interior ministry in Gaza building was hit by Israeli missiles at dawn. The university and the ministry are both located in the Tel al-Hawa neighborhood.
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Structural alterations to the school building continued throughout the nineteen fifties. A new domestic science room was created by knocking down the wall between the existing domestic science room and the form room next door. The now completed Physics Laboratory and VIth Form Chemistry Laboratory came into use. The venue for Speech Day in 1950 was the Civic Theatre, now the Pomegranate Theatre, in Chesterfield, with the attendant problem of marching six hundred plus girls to and from school.
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EPIDEMICS, DEMONSTRATION EFFECTS, AND MUNICIPAL INVESTMENT IN SANITATION CAPITAL At first, the station's main mission was to develop practical methods for treating wastewater. Its task as to determine the effect of filtration as compared to natural oxidation, which it decided by experiments in its chemistry laboratory. During this time, Sedgwick and students invented techniques for identifying and quantitatively analyzing the microorganisms in water and sewage. These studies helped set the standards in Massachusetts, other states, and other countries.
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While trawling, Reuben Lasker uses wireless and hard- wired systems to monitor the shape of the trawl net and to work in conjunction with an autotrawl system that sets trawl depth and trawl wire tension and adjusts the net configuration. Bell M. Shimada has a 591-square-foot (sq. ft.) (54.9-square-meter) (m²) wet laboratory, a 206-sq.-ft. (19.1-m²) dry laboratory, a 270-sq.-ft. (25.1-m²) chemistry laboratory, a 474-sq.-ft.
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According to a 2018 published report, St. Mary's College Kisubi is the most prestigious school in Uganda, owing to its excellent academic performance and all round nurturing of its students. The school offers education that encourages independent thinking and development. St. Mary's started out occupying only about 10 buildings. The oldest of them was the two-storeyed dormitory for Senior One and Two students that was later brought down and replaced by the current Chemistry Laboratory.
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In 1909 Payne, who had two boys at the school, had also designed additions and alterations to the School House. Payne's Science Wing was a contemporary and complementary interpretation of Cowlishaw's Collegiate Gothic building, in brick with light-coloured dressings, and high pointed arch coloured and leaded pane windows. It contained a large chemistry laboratory and smaller physics laboratory with timber galleries. These classrooms were impressive double- storey height spaces with exposed roof structures, and clerestory lighting and ventilation.
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Krebs was succeeded by Rodney Porter in 1967. Genetics was brought into the Biochemistry Department when Walter Bodmer was appointed the first Professor of Genetics in 1970. The Laboratory of Molecular Biophysics, first established in the Zoology Department with support from Krebs and also linked to the Physical Chemistry Laboratory of the Chemistry Department, became part of the Biochemistry Department. It moved into the Rex Richards building built in 1984, with David Phillips the Professor in Molecular Biophysics.
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In 1902 von Bolton detected the benefits of using Tantalum as a material in the production of filaments. Tantalum allowed for a greater luminosity with lower energy consumption when compared with previous alternatives such as coal. In 1905, Siemens & Halske awarded von Bolton the position of director of the first central laboratory of the company, later the Physics and Chemistry laboratory. After 1910, the bulbs with a tantalum filament were replaced by those with a tungsten filament.
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Martin Karplus (born March 15, 1930) is an American theoretical chemist. He is the Director of the Biophysical Chemistry Laboratory, a joint laboratory between the French National Center for Scientific Research and the University of Strasbourg, France. He is also the Theodore William Richards Professor of Chemistry, emeritus at Harvard University. Karplus received the 2013 Nobel Prize in Chemistry, together with Michael Levitt and Arieh Warshel, for "the development of multiscale models for complex chemical systems".
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In 2012, the University began an extensive construction project to repair and renovate the aging Rotunda. The first phase of the project replaced the Rotunda's copper roof. Although the engineers were several months ahead of schedule, the roof remained an unpainted copper for the graduating class of 2013. During the renovation, a nineteenth-century chemistry laboratory was found within the walls on the bottom floor featuring a chemical hearth and a sophisticated ventilation system through a series of brick tunnels.
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Educationally, the college boasts state of the art lecture facilities and specialised areas such as IT suites, a chemistry laboratory and hydraulics laboratory. The tutors are drawn from both the academic world and from officers serving in fire and rescue services around the country. Courses available range from firefighter recruits through junior officer development to senior officer management courses right up to Chief Officer level. To support the educational side, there as a large administration complex and a library of fire related literature.
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Rudolf Heinrich Friedrich Weinland (22 November 1865, in Hohenwittlingen – 9 August 1936, in Münster) was a German pharmaceutical chemist. He was the son of zoologist David Friedrich Weinland (1829–1915). From 1887 he studied at the Polytechnic in Stuttgart and at the University of Erlangen, receiving his doctorate from the latter institution in 1891. From 1892 he worked as an assistant to Albert Hilger in the chemistry laboratory at the University of Munich, where in 1899 he obtained his habilitation for pharmaceutical chemistry.
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During the opening of the Pius X Building, Prime Minister Menzies expressed a wish to return to the college to talk further with Brother Othmar. He came one evening some weeks later. After a further tour, they talked at length in the new chemistry laboratory, Brother Othmar standing at the demonstration bench and Prime Minister Menzies sitting at one of the student desks. Menzies sought Othmar's views on how the Federal Government could assist private schools within the framework of the Australian Constitution.
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Residences and dining halls, classrooms, and public reading rooms were on the west range of the structure. The chemistry laboratory was relocated at the southwest range, in the present Croft Chapter House, because it was more logical than in the first study which was in the north. Today, the west wing is no longer used as living quarters, which are now provided by the college's three dedicated residential halls, while the convocation functions have long since been moved to Convocation Hall.
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Mayall began college in the fall of 1924 at the University of California, Berkeley, studying for a degree in mining. He took up residence with his mother in an apartment on Durant Avenue, and worked at the UC Berkeley library to help support them both. Mayall generally did well at university, and was eventually elected to the Sigma Xi and Phi Beta Kappa honor societies. However, at mid-term examinations of his second year, he achieved poor grades in mineralogy and chemistry laboratory.
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Snell-Hitchcock Amos Jerome Snell Hall and Charles Hitchcock Hall, more commonly known as Snell–Hitchcock (colloquially Snitchcock), make up a residence hall at the University of Chicago. The dorm is on the northwest corner of the University's main quadrangles at the corner of 57th St. and Ellis Avenue. It is connected via emergency exits to Searle Chemistry Laboratory. Built in 1892 (Snell) and 1901 (Hitchcock), they are the oldest residence halls still in use as such on the university's campus.
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The students have the opportunity to interact and visit the 27 allied dispensaries attached with the hospital. Teaching faculty for HIPS – Islamabad includes two professors, one associate professor, seven assistant professors, nine lecturers and 11 teaching assistants. Laboratories for the campus includes a Basic Medical Sciences Laboratory, a Pharmaceutical Chemistry Laboratory, a Pharmaceutics Laboratory, a Pharmacognosy Laboratory, an Industrial Pharmacy Laboratory and a Quality Control (QC) lab. Students are evaluated for attachment by submission of projects, ward reports and presentations.
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Philippe Sautet, Member of the French Academy of sciences Philippe Sautet is a French chemist born on May 8, 1961 in Salon-de-Provence (France). He was elected to the French Academy of sciences on 30 November 2010. He was a research director at the CNRS and works in the chemistry laboratory of the École normale supérieure de Lyon where he devoted a large part of his scientific activity to molecular modelling.La Rechercher n°458 (décembre 2011) Spécial chimie n°73. p.39.
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The Princeton University Department of Chemistry is an academic department at Princeton University. Founded in 1795, it is one of the oldest departments of chemistry in the country and is consistently funded by grants from the National Science Foundation and the National Institutes of Health. In 2010, the department moved to its new location, the Frick Chemistry Laboratory. The department oversees the undergraduate, graduate, and post-doctoral programs in chemistry, as well as a number of research centers and initiatives at the university.
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Christopher Exley is an English chemist known for his research on the health effects of aluminium exposure. He is Professor of Bioinorganic Chemistry and group leader of the Bioinorganic Chemistry Laboratory at Keele University. He is also an honorary professor at the UHI Millennium Institute. He has published the research finding that Carole Cross, a woman who died from aluminium poisoning as a result of the 1988 Camelford water pollution incident, had brain levels of aluminium over twenty times higher than normal.
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Among the more powerful new techniques were anaesthesia, and the development of both antiseptic and aseptic operating theatres.Guenter B. Risse, Mending Bodies, Saving Souls: A History of Hospitals (1999) Effective cures were developed for certain endemic infectious diseases. However the decline in many of the most lethal diseases was due more to improvements in public health and nutrition than to advances in medicine. Medicine was revolutionized in the 19th century and beyond by advances in chemistry, laboratory techniques, and equipment.
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In 1872 he was appointed senior lecturer in practical chemistry the faculty of medicine at McGill College. From 1875, he practised as a surgeon at Montreal General Hospital. In 1879, he was made tenured professor of chemistry at McGill and held the position until 1902 when he then was given the honorary title of emeritus professor. In 1896, a year after Röntgen’s discovery of X-rays, he developed an elementary apparatus which was used to radiograph ten patients at the chemistry laboratory at McGill University.
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On 17 October 1881 he was appointed Professor of Chemistry at the university. On 3 August 1885 he became Managing Director of the Chemistry laboratory and on 8 June 1886 he was elected Secretary of the Faculty of Science, Senior Lecturer and Associate Professor of Analytical Chemistry and General Physics. Guzmán y Valle was the head of General Chemistry for 12 years until 6 November 1897, and by Act of Congress of 27 September 1893 was declared Professor Principal Consultant of the subject of Analytical Chemistry.
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Tanabe was program manager of Steroid Chemistry group, then director of SRI's Bio-Organic Chemistry Laboratory for much of his career, and later the director of SRI's Pharmaceutical Chemistry group. In 1967, he was on a team that discovered Eschenmoser-Tanabe fragmentation. Much of the work was sponsored by the National Institute of Health and Schering Plough, the latter of which has at least eight patents and 30 journal articles via work sponsored at SRI. Other notable accomplishments include the use of stable isotopes to study metabolism.
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Smyth was appointed an instructor at Princeton in 1920; he taught a freshman chemistry laboratory class there while finishing his Harvard dissertation. He was made an assistant professor in 1923, an associate professor in 1927, a full professor in 1938, and the David B. Jones Professor of Chemistry in 1958. He retired from Princeton in 1963. From 1963 to 1978 he was involved with the Office of Naval Research (ONR) as a consultant and, in 1969 and 1970, served as the ONR's liaison scientist in London.
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In addition, the percent of women studying chemistry increased from 3% before World War I to 35% during the war. After graduating, she worked in the chemistry laboratory of the Berlin turbine factory of AEG, which is a company that is affiliated to General Electric in the United States. The building she worked in, designed by Peter Behrens, was world- famous and resembled a turbine. She met her husband, Walter Noddack, at the Technical University of Berlin while he was working as a researcher.
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In a chemistry laboratory a solvent cabinet is a chemical storage cabinet or cupboard which is properly labeled and equipped, for the storage of solvents (especially those that are combustible). A solvent cabinet should be positioned separately from acid cabinet or base cabinet (used for storing acids and caustic bases respectively, as solvents are not compatible with these substances. (Some carts for transporting containers of chemicals come equipped with a built in solvent cabinet). A solvent cabinet must incorporate a number of safety features.
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Patric Chocolate is a small-batch, bean-to-bar, craft-chocolate manufacturer based in Columbia, Missouri. Alan Patrick McClure, founder & head of chocolate research and development at Patric Chocolate, started the company in 2006. He sold his first chocolate bar, the 70% Sambirano Valley single-origin bar, in July 2007. In September 2020, Alan earned a doctorate in Food Science from the University of Missouri, where he conducted research in the Milton Bailey Flavor Chemistry Laboratory and in conjunction with the Sensory Evaluation Center of Penn State.
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In 2008, Columban inaugurated the first phase of the new and bigger main building at the high school campus. The building now houses majority of the classes, the chemistry laboratory, two computer laboratories, the audio-visual room, library, school clinic, and offices of the faculty, school treasurer, registrar, guidance counselor, and school principal. The college campus received a facade overhaul in 2011 with the construction of the St. Therese Building. The building houses administrative offices, the guidance and counseling center, and the college chapel.
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After World War II, residential overcrowding and an influx of married students prompted Yale to build temporary quonset huts on undeveloped areas of Pierson-Sage Square. The advent of the "atomic age" prompted a second period of laboratory building. University president A. Whitney Griswold relied on modernist architects for these facilities, breaking with pre-war gothic fervor. He commissioned Paul Schweikher to design Gibbs Laboratory, and Eero Saarinen for Ingalls Rink, and Philip Johnson for the Kline Biology Tower, Chemistry Laboratory, and Geology Building.
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Gustaf Komppa Gustaf Komppa (28 July 1867 in Viipuri – 20 January 1949 in Helsinki) was a Finnish chemist best known for a world-first in commercializing total synthesis, that of camphor in 1903. Komppa was born in Viipuri in 1867. While in the secondary school in Viborg, Hugo Zilliacus, the teacher of arithmetic and science, cemented Komppa's interest in scientific research. Komppa furnished his own chemistry laboratory in the carriage shed of his parents' house after the instructions in Julius Adolph Stöckhard's book Schule der Chemie.
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In 1979, Armour joined the University of Alberta's Department of Chemistry, where she was one of the few female professors in the university's Faculty of Science. Armour supervised undergraduate organic chemistry laboratory courses. Her research explored how to dispose of dangerous waste, where she published several guidelines including the Hazardous Laboratory Chemicals Disposal Guide. In 1982, Armour was leading a committee to explore how to increase the number of women in science, which led her to found the Women in Scholarship, Engineering, Science and Technology (WISEST) program.
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Richards used her own domestic processes to perform experiments and improve efficiency. The gas meter in the house was placed in the kitchen, where she could observe consumption with different cooking methods. All manner of home gadgetry was subjected to testing, either by Richards or by students who boarded with the family, testing for efficiency and effectiveness for intended tasks. These experiments, in conjunction with laboratory work performed while she worked at MIT's Sanitary Chemistry Laboratory, led to the discipline now known as home economics.
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Frank and Lillian Brickman's second child, Lester, was reportedly what is known in Yiddish as a yeshiva bocher, receiving his education in Hebrew schools until he reached high school age. Lester Brickman was a high-achieving student, one of Miami Beach Senior High School's student chemistry laboratory assistants, member of the French Club (1956), National Speech and Debate Association, National Forensic League, and National Honor Society (1957), and president of the school's Junior Optimist Club in 1957, his senior year.Miami Beach High School (Florida).Typhoon [yearbook].
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Fordham was the elected chairman for several years. Lessons were voluntary but the first hour of every morning there was compulsory "useful work", where students helped maintain the school building. Fordham learned skills such as carpentry and metalwork and completed work including working as an assistant in the chemistry laboratory, book- binding in the library, repairing dining room oak chairs, building desks and turning spare parts for the electric polishing machines. It was an apprenticeship as such, and useful work tended to extend beyond the allotted hour.
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77 The garden designed by Carmontelle was finished in 1779. It contained a miniature ancient Egyptian pyramid, a Roman colonnade, antique statues, a pond of water lilies, a tatar tent, a farmhouse, a Dutch windmill, a temple of Mars, a minaret, an Italian vineyard, an enchanted grotto, and "a gothic building serving as a chemistry laboratory," as described by Carmontelle. In addition to the follies, the garden featured servants dressed in oriental and other exotic costumes, and unusual animals, such as camels.Jarrassé, pg. 76.
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Staphylococcal nuclease was among the first dozen protein structures solved. Classes in botany and evolution that she had taken while pursuing her degree shaped her thinking about the work she was doing in the chemistry laboratory. During her crystallographic studies, Jane Richardson had come to realize that a general classification scheme can be developed from the recurring structural motifs of the proteins. In the meantime, Jane and David Richardson had moved to Duke University in 1970, where they solved the first crystal structure of superoxide dismutase (2SOD).
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The Brassey Institute at 13 Claremont in Hastings, England, was founded by Thomas Brassey in 1879 and, as the Brassey School of Science and Art, provided for the study of arts and the sciences. It opened a chemistry laboratory in the Old Town of Hastings around 1900. The building has housed the town's library for decades.Historical Hastings Wiki: Brassey Institute - Historical Hastings Wiki, accessdate: 24 November 2019 Stocking 11,000 volumes as of 1933, the Institute also housed a museum devoted to natural history, archaeology and local art.
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64-67 Two sets of experiments demonstrated that the soil contains 3-5% calcium carbonate. When a sample was slowly heated in the Thermal and Evolved-Gas Analyzer (TEGA), a peak occurred at 725 °C, which is what would happen if calcium carbonate were present. In a second experiment acid was added to a soil sample in the Wet Chemistry Laboratory (WCL) while a pH electrode measured the pH. Since the pH rose from 3.3 to 7.7, it was concluded that calcium carbonate was present.
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Born in Szolnok, Hungary, Laki completed doctoral studies in chemistry at the University of Szeged before coming to the United States as an NIH scientist. He was the chief of the biophysical chemistry laboratory at the National Institute of Arthritis, Diabetes, Digestive and Kidney Diseases. In 1970, he became the head of a physical biochemistry laboratory at the institute. Laki and biochemist Laszlo Lorand (whom Laki had recruited to Albert Szent-Györgyi's laboratory when Lorand was a medical student) worked on biochemical research in coagulation.
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According to the tests made on the plants at the Chemistry Laboratory of the California Department of Food and Agriculture, Juncus phaeocephalus has as much as 30 ppm of hydrocyanic acid present in the plants. Due to its volatile nature, the concentration of this chemical might be greater before the actual testing was made. One actual case of hydrocyanic acid poisoning from a common rush occurred in California. In December 1958, two dairy heifers were found dead on a farm land near Petaluma, Sonoma County.
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Porter continued her studies at Imperial College London as a postgraduate student; she worked in the organic chemistry laboratory run by Professor Thorpe under Dr. Martha Whiteley. Her work in Thorpe's lab involved derivatives of various barbiturates. In 1922, she joined a research group at the Low Temperature Research Station associated with Cambridge University to study the deterioration of apples in cold storage, a problem plaguing importers of the fruit. Porter's research team examined the fruit's respiration and analysed their organic compounds, specifically their sugars, organic acids, starches, hemicelluloses, and pectins.
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The school has facilities such as an E-library, two computer laboratories, a chemistry laboratory and a speech laboratory. It has six main classrooms, four on the second floor and the rest on the third. The first floor consists of the director's and secretary's offices, the chemistry lab, one of the two computer labs, the cafeteria, the activity area and the main faculty office (there are two more faculty offices, one in each of the higher floors). The second consists of the library, the speech lab and the other computer lab and the clinic.
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Jean-Paul Behr has spent most of his career at the University of Strasbourg. After a doctorate in physical organic chemistry under the supervision of Jean-Marie Lehn (1973) followed by a postdoctoral internship in England, he founded the Genetic Chemistry Laboratory at the Faculty of Pharmacy in Strasbourg. His research there focused mainly on the development of molecules capable of encapsulating DNA and transporting it inside living cells. Jean-Paul Behr developed the first effective lipid vectors,Behr, J.P., « DNA strongly binds to micelles and vesicles containing lipopolyamines or lipointercalants », Tetrahedron Lett, 1986.
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Chemistry has a long history at Oxford. The early pioneer of chemistry Robert Boyle and his assistant Robert Hooke began working in Oxford in the mid-seventeenth century. A chemistry laboratory was built in the basement of the Old Ashmolean Building in 1683, which was used until 1860. Chemical research was also conducted in laboratories set up in individual colleges - Christ Church, Oxford (1767), Magdalen College, Oxford (Daubeny Laboratory, 1848), Balliol College, Oxford (1853, later joined with Trinity College, Oxford to become the Balliol-Trinity Laboratories), Queen's College, Oxford (1900), and Jesus College, Oxford (1907).
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Johann Jacob Reichard (7 August 1743 in Frankfurt – 21 January 1782 in Frankfurt) was a German physician and botanist. He studied medicine, philosophy and natural sciences at the University of Göttingen, receiving his doctorate in 1768. While working as a physician in his hometown, he carried out investigations of flora native to the Frankfurt am Main area, publishing Flora Moeno-Francofurtana (2 volumes, 1772–78) as a result. Beginning in 1773, he served as chief physician at the Senckenburg Foundation, in which capacity, he was in charge of its library, botanical gardens and chemistry laboratory.
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The lower level of the chapel held the Female College's chemistry laboratory, which was expanded in the 1850s by professor John M. Darby to produce the patent disinfectant Darby's Prophylactic Fluid.Henry Barnard, School architecture; or Contributions to the improvement of school-houses in the United States (New York: A. S. Barnes & Co., 1848), 332; Hollifield, Auburn: Lovliest Village of the Plain, 73. When the East Alabama Male College (today Auburn University) opened in 1859, Darby taught joint chemistry classes in the chapel jointly with the Female College students.Cooper, The Early History of Auburn, 7.
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Hypernatremia, a blood sodium level above 145 mEq/L, causes thirst, and due to brain cell shrinkage may cause confusion, muscle twitching or spasms. With severe elevation, seizures and comas may occur.Department of Health & Human Services, State Government of Victoria, Australia Better Health Channel: Salt Last updated: May 2014 Death can be caused by ingestion of large amounts of salt at a time (about 1 g per kg of body weight).Safety data for sodium chloride The Physical and Theoretical Chemistry Laboratory of Oxford University (18 November 2005).
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Throop House was originally the private home of Dr. Benjamin H. Throop, a pioneer Scranton physician. It was constructed in 1880, and owned by Dr. Throop until his death in 1897. The structure, located between the Thomson Hospital and LaSalle Hall, was owned by the Throop Estate until 1922, when it was purchased by the Diocese of Scranton in order to accommodate the growing student body of St. Thomas College and provide additional classroom space. The two-story barn behind the Throop House, later called C Building, was converted into a chemistry laboratory.
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Later on, he spent several years as an assistant to chemist Johann Joseph Scherer at Würzburg.Görres - Hittorp / edited by Rudolf Vierhaus Deutsche Biographische Enzyklopaedie In 1868 he established a private agricultural-chemistry laboratory,Geschichte der Pharmazie by Hermann Schelenz and during the following year, obtained his habilitation at Würzburg. In 1872 he became an associate professor of pharmacy and applied chemistry at the University of Erlangen, where in 1875 he attained a full professorship. In 1892 he succeeded Ludwig Andreas Buchner as a professor at the University of Munich.
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In 1989 he was appointed Professor of Inorganic Chemistry and Head of the Inorganic Chemistry Laboratory at Oxford and Fellow of St Catherine's College, Oxford. In 2004 he became an Emeritus Research Professor. He was a co-founder of the Oxford Catalysts Group plc in 2006. Green held many visiting positions including: Visiting Professor, Ecole de Chimie and Institute des Substances Naturelles, Paris (1972), Alfred P. Sloan Visiting Professor, Harvard University (1975), Sherman Fairchild Visiting Scholar at the California Institute of Technology (1981), and Walter Hieber Gastprofessor, University of Munich, Germany (1991).
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Chandrasekhar was invited to establish a liquid crystal laboratory in RRI after the Department of Science and Technology started supporting it in 1971. The move had a highly positive impact on his productivity. Along with a couple of former students who moved with him to RRI, in a short time, he developed a laboratory with all the essential facilities needed for research in the chosen area. Realizing that cutting-edge research would not be possible without an in-house capacity to produce new materials, a synthetic organic chemistry laboratory was set up.
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In support of her primary mission of fishery and living marine resource research for the National Marine Fisheries Service (NMFS) division of NOAA, the ship has echo sounders and an acoustic doppler current profiler (ADCP). Additional scientific equipment includes a thermosalinograph; a conductivity, temperature, and depth profiler; three hull-mounted sea-surface temperature probes, and a fluorometer. She has 666 square feet (61 square metres) of laboratory space with a wet laboratory and a dry/chemistry laboratory. She also has a 201-cubic-foot (5.7-cubic-metre) walk-in freezer.
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Embden initially studied in Freiburg, Strasbourg, Munich, Berlin, and Zurich under the famous physiologists of his time, including Johannes von Kries, Franz Hofmeister, Gaule, Paul Ehrlich, and Julius Richard Ewald. In 1904, he became the director of the chemistry laboratory of the medical clinic at the Frankfurt-Sachsenhausen municipal hospital. His research here helped to build the clinic into the Physiological Institute by 1907 and into the University Institute for Vegetative Physiology in 1914. In the same year, he retained his directorship and started teaching at the University of Frankfurt am Main.
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Edward Curtis Taylor, Jr. (August 3, 1923 – November 22, 2017) was an American chemist who designed and synthesized the chemotherapy drug pemetrexed (brand name Alimta), an inhibitor of purine biosynthesis, with grant support from the U.S. National Cancer Institute, NIH. Taylor studied for his PhD from 1946 to 1949 at Cornell University with Professor Cornelius Cain. As of 2009, royalties for this drug from Eli Lilly & Co. paid to Princeton University were sufficient to completely finance a state-of-the-art chemistry laboratory building. Taylor has trained 187 PhD students.
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Born in Florence, Colorado in 1901 and raised in Leadville, he learned to read very early, and soon could send and receive messages in Morse code, taught by his father. He loved science and mathematics, collected ore and rock specimens, and as a teenager he built a large chemistry laboratory in the cellar. He made a radio transmitter at a time when kits were rarely available and qualified as a radio ham. He was an Eagle Scout, specializing in cryptanalysis, as well as an outdoorsman, hiking and fly fishing throughout much of his life.
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For this, Ottar could never forgive her father, and the fate of her sister became a strong driving force for her commitment to the struggle for women's rights. Ottar's dream was to become a dentist, but an explosion in the chemistry laboratory of her high school injured her fingers, spoiling her chances to pursue a dentist career. Instead she started to work in a newspaper, and eventually became a journalist. She had always questioned the preachings of her father, and early arrived at the conclusion that she was not a Christian.
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Five ångström (5Å) molecular sieves are often utilized in the petroleum industry, especially for the purification of gas streams and in the chemistry laboratory for separating compounds and drying reaction starting materials. They contain tiny pores of a precise and uniform size, and are mainly used as an adsorbent for gases and liquids. Five ångström molecular sieves are used to dry natural gas, along with performing desulfurization and decarbonation of the gas. They can also be used to separate mixtures of oxygen, nitrogen and hydrogen, and oil-wax n-hydrocarbons from branched and polycyclic hydrocarbons.
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It was on WUOG that R.E.M. were first broadcast; a live recording of "Hippy, Hippy Shake" was played in the summer of 1980. Drummer Bill Berry was also in a short-lived combo of radio personalities from the station, known as the WUOGerz. In late June 2006, it was discovered that the station was causing electromagnetic interference to a nuclear chemistry laboratory on campus. To alleviate this, the station temporarily went off-air on weekdays from 7AM and resumed broadcast at 4PM, as well as late nights and weekends, while the lab work was done.
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Mindanao Civic Center grounds and gymnasium The Mindanao Civic Center in Tubod, Lanao del Norte was the temporary site for this campus. During its stay at the MCC, the director's office was on the second floor, MCC Grandstand. The Staff Room, Faculty Room, Computer Laboratory, Accounting Office, Cashier and Boys' Dormitory were on the right wing of the grandstand, while the Chemistry Laboratory, Physics Laboratory, Biology Laboratory, Girls' Dormitory, Girls' Dormitory Annex and I-Ruby on the other wing. The Library, Technology Area and I-Jade was on the first floor.
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A native of Chicago and the son of a five-and-dime store owner, Majerus grew up in Quincy, Illinois. As a child, he had no interest in any school subject other than science, and he seemed to thrive once one of his schoolteachers set up a chemistry laboratory where Majerus could perform hands-on experiments. Majerus was a talented tennis player, which earned him an athletic scholarship to the University of Notre Dame, where he completed an undergraduate degree in 1958. Majerus graduated from medical school at the Washington University School of Medicine.
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Big Acre (playing field) was expanded as was the boundary of the cricket lawn. In 1960 building work commenced on the new chapel. The following years saw the purchase of Coven Trees (house), classrooms harled, dormitories redecorated, the pond drained and stocked with trout, the vegetable garden became the garden pitch, Thorny Shades levelled for hockey, and the excavated soil used to build a causeway across the Dell (valley). A new sixth form art block and language laboratory was opened in 1964, as well as a new chemistry laboratory.
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In September 1925, a new addition was built onto Holy Angel's Elementary School consisting of two classrooms, a chemistry laboratory in the basement, a Board Room and a library. Sister Fideles Fortune was appointed as principal and St. Joseph's High School was born. In September 1929, Sister Grace Gleeson became the new principal and in order to accommodate a growing enrolment was aided by Sister St. Catherine. Embracing the age of modern technology, a manual typewriter was purchased by the Board exclusively for school use but residing in the convent.
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George Cronshaw returned to Oxford in 1898 as Chaplain at his old college, Queen's whilst holding a curacy at St Cross Church, Holywell. He remained chaplain for thirty years during which time he strongly supported the college music society and choir. In 1900, resigned his curacy and was appointed lecturer in Chemistry, whereupon he organised the college chemistry laboratory in Queen's Lane. In May 1902 he was elected a Fellow of the college, and in 1905 became Junior Bursar rising to Senior Bursar in 1912 at which time he relinquished all teaching responsibilities.
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There, he set up an organic chemistry laboratory. Thanks to his scientific activity, he was elected a corresponding member of the Romanian Academy in 1925, and was granted honorary membership in 1936. Costăchescu entered politics in December 1918, at the close of World War I, and was a founding member of the Peasants' Party, serving as vice president until its 1926 merger with the Romanian National Party to form the National Peasants' Party (PNȚ). A prominent member of the latter, he was elected senator in 1926 and deputy in 1928.
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In 1844 Klaus discovered and studied chemical element ruthenium – the single element that was discovered in Russia. Markovnikov has discovered the rule of regioselective addition of acid and water to multiple bonds, on the contrary – Zaitsev – the cleavage of the molecules of acids and water with the formation of unsaturated compounds. Arbuzov, Arbuzov, Pudovik, and Abramov are also widely known in organic and organoelement chemistry.Kazan University: the chronology of foundation of Kazan Chemistry laboratory and Kazan Chemistry school / composed by professor Alexander B. Zakharov; scientific editor Professor Vladimir I. Galkin.
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After completing her doctoral studies, Cauchois was appointed research assistant in the laboratory of Jean Perrin at the Centre national de la recherche scientifique (CNRS). She was promoted to research associate in 1937, and in the same year participated in the launch of the Palais de la Découverte. In January 1938 Cauchois was named head of the Physical Chemistry Laboratory in the Faculty of Sciences of Paris. When World War Two broke out, Cauchois maintained continuity at the Laboratory, acting as Head of Studies when Jean Perrin had to flee to the United States.
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Despite various educational reforms, the institution continued to operate as a private school with Jespersen as principal until 1930. Thereafter she continued as chair of the school board for the remainder of her life. She was responsible for various pedagogical developments: the first physics and chemistry laboratory in a Danish school in 1903, the inclusion of housekeeping in the curriculum, and the first girls' school to include carpentry as part of the matriculation examination. The school was also the first to offer foreign travel for its pupils with trips to Italy, Switzerland and Austria.
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Already with the establishment of the RWTH Aachen as the Royal Rhine-Westphalian Polytechnical School () on October 10, 1870, the chairs for mining and metallurgy were set up beside the fields of building construction, hydraulic construction as well as road and railway construction. A chemistry laboratory was also among the facilities. Around the turn of the 20th century, the chair of metallurgy of iron () developed to a center of leading technology. After the transformation of the institution into a technical university, the fourth faculty was formed as the Faculty of Mining, Chemistry and Metallurgy ().
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In 2013 a firm of accountants took out a lease on the offices within the house. the Pearson Building alterations are on hold however plans for serviced apartments are in the works. The original link structure (which held the school bell and the entrance for all pupils except 6th formers) between St. Helen's House and the Pearson Building has been demolished and replaced by a new decorative wall. The former chemistry laboratory, the original headmaster's house (known by many former boys as the Armoury), the cloisters, the wooden gymnasium, the former woodwork rooms and the chapel show a lot of disrepair.
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After attending the Lycée Charlemagne and Lycée Lavoisier, Urbain studied at the École supérieure de physique et de chimie industrielles de la ville de Paris (ESPCI ParisTech). He graduated as the top student in the school's ninth graduating class, in 1894. At that time he also earned his "licence ès physique et chimie" at the Sorbonne. Urbain served in teaching positions at the Préparateur at the École de Physique et Chimie Industrielle (1894-1895), in Charles Friedels organic chemistry laboratory (1832-1899), in the Faculté des Science P.C.N. (1895-1898), and at the École Alsacienne (1897-1899).
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His plan was to create a college that specialised in engineering and business methods to provide a link between academia and industry, for which he initially offered the University £1 million; £100,000 was used for a physical chemistry laboratory (completed in 1941), of which he approved. However, although he was persuaded to put the remainder towards a college for social science studies instead, he still felt "cheated".Morrell, J. B. "The non-medical sciences 1914–1939", in Harrison. pp. 144, 158 He later described the college as "that bloody Kremlin", "where left-wingers study at my expense".
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Property Record: 600 21st St, Wisconsin Architecture and History Inventory, Wisconsin Historical Society. A fire on February 4, 1875, destroyed much of the interior of Taylor Hall, although the outlying structure remained intact. Because of this, the building was able to be restored for less than half the cost of the original construction, although collegiate education was forced to be canceled for several weeks and did not fully return to its prior state for over a year afterward. 1875 also saw the construction of yet another new building, which housed both a gymnasium and a chemistry laboratory.
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The origin of the museum could be traced back to the end of the 18th century during the age of enlightenment era, when empress Maria Theresa of Austria ordered the reformation of the university teachings and structures. A Teaching Plan () and a Scientific Plan () were approved by the Magistrate of the General Studies in 1771 and 1773, respectively. These plans regulated students' access to faculties and encouraged initiatives to invite prominent scholars to teach in the university. For this purpose, new structures were created — library, anatomical theater, physics theater, natural history museum, chemistry laboratory, botanical garden and cabinets anatomy and experimental physics.
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As a homage to his predecessor, Humphreys campaigned for the creation of the Morton Memorial Chemistry Laboratory and commissioned a book on Stevens' founding and its early years to be named in his honor. These initiatives were but foreshadowing of the growth Humphreys would bring to Stevens. By 1924 the campus grew from just over a city block to 23-acres, enrollment quadrupled and endowment grew to $2,864,000 (from $384,800 when Humprheys took office). That year also marked the successful end of the "Million Dollar Campaign," which had attracted donations from alumni as well as George Eastman and Edward Harkness.
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Initially the institute was founded to combat infectious diseases and to make and distribute serum preparations and vaccines. The early organisations were the State Serum Laboratory (1911–1947; provisional 1911–1914), the State Serum Institute (1947–1970) and the Public Health Laboratory (1970–1981). The new Act in 1982 paved way for its transformation from a practical microbiological and clinical chemistry laboratory towards a research institute specializing in public health and prevention of diseases. This development was also seen in the organisation structure; new departments in Epidemiology and Environmental Health (originally Toxicology and Environmental Hygiene) were founded.
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During and after graduating from Yale University, Goodenough served as a U.S. military meteorologist in World War II. He went on to obtain his Ph.D. in physics at the University of Chicago, became a researcher at MIT Lincoln Laboratory, and later the head of the Inorganic Chemistry Laboratory at the University of Oxford. Since 1986, he has been a professor in the school of engineering at UT Austin. He has been awarded the National Medal of Science, the Copley Medal, the Fermi Award, the Draper Prize, and the Japan Prize. The John B Goodenough Award in materials science is named for him.
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He had been working at the Eddy paper manufacture since May 1939 when the National Research Council (NRC) of Canada granted him a job interview in the month of December of the same year. He was hired as chemistry laboratory aid to doctor Richard Helmuth Fred Manske for a salary of $70 CAD per month. Meanwhile, he was enrolled in the Canadian Army due to conscription.. In May 1941, he was mobilized at the Saint-Jérôme military camp. His training as a doughboy was interrupted when the federal government decided to employ all technicians in the war effort.
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The book was illustrated in color, presenting charts, images from scientific instruments and photographs of scientists and engineers at work in the field and inside laboratories. Some of the pictures were unusual for a publication of the time, including pictures of an African-American researcher at work in a chemistry laboratory. One notable topic, covered in the section on theoretical physics, was the recently discovered phenomenon of parity violation in beta decay, a subject almost unknown outside the world of physics. One photograph, of two unnamed theoretical physicists in front of a blackboard, actually depicts Richard Feynman talking to Murray Gell-Mann.
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In the Albertville-Realschule at approximately 09:30 (CET), Kretschmer first began shooting with a 9 mm Beretta 92FS semi-automatic pistol, which he had taken from his parents' bedroom. Eyewitness reports state that Kretschmer started on the first upstairs floor, where he made a beeline for two top-floor classrooms and a chemistry laboratory. In the first classroom, Kretschmer fatally shot five students in the head at close range without warning. He then entered the next classroom, killed two more students, and wounded nine more, two of whom would die of their wounds en route to the hospital.
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The campus of PUP Taguig is located at Lower Bicutan, Taguig. The site was reserved in 1967 through a Presidential Declaration, although development for the campus started in the 1990s, almost 30 years since the Presidential Declaration. Among the buildings and structures inside the campus are: the Marichu Rodriguez Tiñga Building, otherwise known as Building A; the Cayetano Building, which houses the Engineering Center; school's library, and the school's auditorium; the Students Center, otherwise known as Building B is where the offices of accredited organizations are located. The chemistry laboratory are also located within this building; the school's gymnasium; and the interfaith chapel.
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It is a , wireless building that is four stories high. The atrium of the tower is used as a common space for students during free periods, as an art gallery, and sometimes as a dance floor for school socials. Skinner Tower is home to the Davis Lecture Hall, a 100-seat, SAT-certified lecture hall which is used as a classroom and venue for speakers and presentations. The first floor comprises a biology laboratory (complete with two-story greenhouse), a chemistry laboratory, and the 9th grade FIRST Program seminar room with a connecting outdoor classroom space.
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He would later say of this time: "I stayed in Europe for more than twenty years; I worked in an Industrial Chemistry Laboratory [...] attended some secret socialist-oriented meetings [...] studied a little literature; learned languages and directed a Reading and Writing School in a small Russian town". Rodríguez returned to America in 1823, using his name "Simón Rodríguez" again. In Colombia he established the first workshop-school in 1824. He was called to Peru by Simón Bolívar and became "Director for Public Education, Physical and Mathematical Sciences and Arts" and "Director of Mines, Agriculture and Public Roads" of Bolivia.
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She started graduate school in 1896 and graduated with her PhD in chemistry in 1898. After completing her PhD, she continued working for her PhD advisor, Andrew Gooch in the Kent Chemistry Laboratory for one year and then transferred to the Rhode Island Experiment Station where she worked as an assistant chemist in 1900. From 1901-1904, she went back to being a science teacher and taught chemistry and physics at Wilson College. In 1904, she also married Issac King Phelps, who was working as a chemistry instructor at Yale and George Washington University at the time.
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Petersburg Times – September 23, 1987 He became determined to become a writer and read voraciously. In one winter while in high school he read William Makepeace Thackeray and then "proceeded backward to Addison, Steele, Pope, Swift, Johnson and the other magnificos of the Eighteenth century." He read the entire canon of Shakespeare and became an ardent fan of Rudyard Kipling and Thomas Huxley. As a boy, Mencken also had practical interests, photography and chemistry in particular, and eventually had a home chemistry laboratory in which he performed experiments of his own design, some of them inadvertently dangerous.
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The lowest published lethal dose is 101 mg/kg body weight in adult humans,Safety data for methyl salicylate , Physical & Theoretical Chemistry Laboratory, Oxford University (or 7.07 grams for a 70 kg adult). It has proven fatal to small children in doses as small as 4 ml. A seventeen-year-old cross-country runner at Notre Dame Academy on Staten Island died in April 2007 after her body absorbed methyl salicylate through excessive use of topical muscle-pain relief products. Most instances of human toxicity due to methyl salicylate are a result of over-application of topical analgesics, especially involving children.
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Professor Mukherjee's first work was done independently, while he was a MSc student of the Presidency College, his work on colloids was published in the Journal of the American Chemical Society in 1915. In 1919 he and Jnan Chandra Ghosh joined the University College, London to work in the Physical Chemistry Laboratory under the charge of Professor FG Donnan, FRS. Professor Mukherjee continued his research on colloids and his major line of work was to develop his theory of the electrokinetic double layer and its ionic constitution. JN Mukherjee's work on the electrochemistry of colloids is considered highly significant.
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Mitchell was an enthusiastic athlete who brought his hobby to Caltech, establishing a recreational athletic league for graduate students and managing the Caltech teams, which included students and faculty from a variety of departments, for 25 years. Mitchell was also a self-taught glassblower who used his skills to make chemistry laboratory equipment and for a time supported his family by working in a glassblowing shop. Mitchell suffered a debilitating stroke in 1990, and recovered his speech but continued to have physical difficulties and used a wheelchair thereafter. He died on April 1, 2000 after suffering a second stroke.
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On the academic front, he established a bioinorganic chemistry laboratory at Tata Institute of Fundamental Research and organised an international conference series on bioinorganic chemistry which is now conducted every four years. He was among the group of scientists who initiated the Modern Trends In Inorganic Chemistry, a bi-annual conference in 1985 and serves as a member of its national advisory committee. He is also associated with a number of journals as their editorial board member and has sat in various committees set up by the Department of Science and Technology, Council of Scientific and Industrial Research and the University Grants Commission of India.
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Around 1927, Parsons went to obtain her Ph.D. under the direction of Lafayette Mendel, a biochemical nutritionist working out of the Yale Physiological Chemistry Laboratory. In Parsons’ second year there, she was awarded the Mary Pemberton Nourse Fellowship from the American Association of University Women. Her thesis involved studying the effect of high protein diets on reproduction and kidney function in rats. She found that when fed powdered or raw egg white, rats developed dermatitis and neurological dysfunction. She would take these results back with her to the University of Wisconsin-Madison and continue her research on what she termed “egg white injury” in her own lab.
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A bitter rival of his was the Conservative Titu Maiorescu, and he was obliged to leave the Liberal cabinet in 1896 after a dispute related to the Romanian Orthodox Church. When not in government, he continued to work in his chemistry laboratory in Iași. Constantin A. Dissescu, Note biografice, Universul Literar, nr. 19/4 May 1930, year XLVI, p. 291 A titular member of the Romanian Academy from 1879, Membrii Academiei Române din 1866 până în prezent at the Romanian Academy site he was also the Academy's president between 1898 and 1901, Președinți ai Academiei Române (1867-1901) at the Romanian Academy site and again between 1916 and 1920.
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The Sheri Sangji case is the first criminal case resulting from an academic laboratory accident. The case arose from a fatal accident that occurred in the chemistry laboratory of Patrick Harran at the University of California at Los Angeles (UCLA). Research assistant Sheharbano "Sheri" Sangji suffered severe burns from a fire that occurred on December 29, 2008 when a plastic syringe she was using to transfer the pyrophoric reagent tert-butyllithium from one sealed container to another came apart, spilling the chemical, and igniting a fire. Sangji was not wearing a protective lab coat and her clothing caught fire, resulting in severe burns that led to her death 18 days later.
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Professor Richard Compton Richard Guy Compton FRSC MAE (born 10 March 1955 in Scunthorpe, UK) is Professor of Chemistry and Aldrichian Praelector at Oxford University, United Kingdom. He is a Tutorial Fellow of St John’s College, Oxford and has a large research group based at the Physical and Theoretical Chemistry Laboratory at Oxford University. Compton has broad interests in both fundamental and applied electrochemistry and electro-analysis including nano- chemical aspects. He has published more than 1600 papers (h-index = 102) with more than 44,000 citations, excluding self-cites, as of March 2020; Reuters- Thomson ‘Highly Cited Researcher’ 2014, 2015 and 2016) and 7 books (see list below).
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The scientists received Helen well due to the letter of introduction she had in her possession from Samuel Langley, secretary of the Smithsonian Institution. When she returned to America in late 1887, she came to Boston and began research at the chemistry laboratory of Professor Henry Trimble of the Philadelphia College of Pharmacy and later with Professor Arthur Michael of Tufts University, whom she married in 1888. Shortly after their marriage, they set off on a tour around the world, exploring many cultures. The couple returned to America in 1890, and Arthur accepted a position of director of the Chemical Laboratory at Clark University in Worcester, Massachusetts.
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Air-free techniques refer to a range of manipulations in the chemistry laboratory for the handling of compounds that are air-sensitive. These techniques prevent the compounds from reacting with components of air, usually water and oxygen; less commonly carbon dioxide and nitrogen. A common theme among these techniques is the use of a fine (100-10−3 Torr) or high (10−3-10−6 Torr) vacuum to remove air, and the use of an inert gas: preferably argon, but often nitrogen. The two most common types of air-free technique involve the use of a glovebox and a Schlenk line, although some rigorous applications use a high-vacuum line.
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The original hospital organizers were aware of the British Quaker approach to mental illness called "moral treatment". This approach was used at McLean throughout its history and changed with advances in medicine. During his tenure, Cowles introduced many improvements in patient care based upon moral treatment. He removed bars from the windows in some wards, changed the name of "boarders" to "patients", increased recreational and occupational activities for patients, and started the first training school for nurses in a mental hospital. Moreover, he introduced research activities in the hospital, and added a pathology laboratory in 1888, a chemistry laboratory in 1900, and a physiological psychology laboratory in 1904.
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Emsley began his postdoctoral research at the Miller Institute for Basic Research in Science (University of California, Berkeley), where he was introduced to solid-state NMR working with Alexander Pines. In 1993 he moved to the French National Laboratory for Atomic Energy Research in Grenoble, where he worked as a post-doc with Claude Roby and Michel Bardet. In October 1994 he was appointed to a Professorship (Professeur associé) at the Ecole normale supérieure in Lyon, and became Full Professor in 1995. In Lyon he was the head of the Experimental Chemistry Laboratory from 1999 to 2002, and director of the Chemistry Department from 2006 to 2014.
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The school has a range of facilities including two audio visual labs, a computer lab and classrooms with notification boards and an announcement speaker. There are two language laboratories with computers and an audio-visual display, physics and chemistry laboratory, a biology lab with preserved specimens and a canteen. It also has a hostel for students with beds, study tables, lockers and a separate kitchen with dining area. Its sports facilities include an outdoor basketball court with floodlights and a scoreboard, three indoor ball badminton courts with synthetic floors, a separate track with cricket nets, separate football and volleyball courts, a separate bay built for skating, long jump and a gymnasium.
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The Governor himself preferred to stay at the temporary lodge further east in Dilkusha. The original governor's house was used by the (Dhaka) Intermediate College, while the University was occupying the Curzon Hall and the adjacent chemistry laboratory, first given to the college. Across the street College road to the east of Curzon hall area reminds us that the largest original tenant of the area was the Dhaka College to build a bad University. Dhaka College started in 1841 as Dhaka Central College at the premises of an English Seminary School(Collegiate School) in its extended first floor, within 5 years a new building was built for it, which in 1908.
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Although the school is situated along the boundary of the suburb of Woodforde, the adjacent suburb of Rostrevor was named in honour of the original grounds on which the school is sited. Rostrevor Hall, now widely known as Rostrevor House, was constructed in two stages with the southern two-storey side completed in 1878, and the arches and northern side added in 1901. The main residence, Rostrevor House, was the original accommodation provided to the boarders, the Christian Brothers, and some of the classes. From the time of taking possession in February 1923, a large new chapel, five classrooms and a chemistry laboratory were built before the college could be opened.
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On leaving Oxford he went to the Chemistry Laboratory of St George's Hospital in London to work with John Addyman Gardner Obituary Notice, John Addyman Gardner on the study of fenchones. Between 1897 and 1898 they jointly published four papers in the Journal of the Chemical Society.John Addyman Gardner M.A. and George Bertram Cockburn B.A. Action of Phosphorus Pentachloride on Fenchone, (1897) Journal of the Chemical Society TransactionsJohn Addyman Gardner M.A. and George Bertram Cockburn B.A. Researches on the terpenes. II. On the oxidation of fenchene, (1898) Journal of the Chemical Society TransactionsJohn Addyman Gardner M.A. and George Bertram Cockburn B.A. Researches on the terpenes. III.
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His mother, Esther Rhoads Smalley, completed her B.A. Degree while Richard was a teenager. She was particularly inspired by mathematician Norman N. Royall Jr., who taught Foundations of Physical Science, and communicated her love of science to her son through long conversations and joint activities. Smalley's mother's sister, pioneering woman chemist Sara Jane Rhoads, interested Smalley in the field of chemistry, letting him work in her organic chemistry laboratory, and suggesting that he attend Hope College, which had a strong chemistry program. Smalley attended Hope College for two years before transferring to the University of Michigan where he received his Bachelor of Science in 1965.
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Haldor Topsøe Haldor Frederik Axel Topsøe (29 April 1842 in Skælskør, Slagelse Municipality, Denmark – 31 December 1935 in Frederiksberg, Denmark) was a Danish chemist and crystallographer. He is grandfather of the engineer Haldor Topsøe (1913–2013) who has got his name from his grandfather, and great- grandfather of the mathematician Flemming Topsøe (born 25 August 1938) and the engineer Henrik Topsøe (born 10 August 1944). Topsøe took Magisterkonferens in chemistry in 1866 and doctorate for a chemical-crystallographical work of selenium-sour salts. He worked as assistant at the Natural History Museum 1863–1867 and at the chemistry laboratory of University of Copenhagen 1867–1873.
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In 1843, Henry Croft arrived from England to become the first professor of chemistry and experimental philosophy at the University of King’s College (which is now known as the University of Toronto). In 1849, Croft resided in the first purpose built chemistry laboratory in Canada in the "Round Room", now known as the Croft Chapter House. The Senate officially renamed the Chair of Chemistry and Experimental Philosophy to be known as the Department of Chemistry in 1880. After 1894, the department moved from the Old Chemistry Building to the Wallberg Building, before finally moving to the Lash Miller Laboratories in 1964, which is where the department resides today.
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National Agricultural Research Institute The National Agricultural Research Institute (NARI) conducts and fosters applied and development oriented research in the agriculture and rural development sectors in Papua New Guinea and is responsible for providing analytical, diagnostic and advisory services and up-to-date information to the agriculture sector in PNG. With its headquarters at Bubia, Ten Mile outside Lae, NARI’s regional research and development co-ordination centers are located at Aiyura in Eastern Highlands Province, Tambul in Western Highlands Province, Laloki in Central Province, Bubia in Morobe Province, Keravat in East New Britain Province. The NARI’s livestock research and development centre is at Labu in Morobe Province and the Chemistry Laboratory at Kilakila in Port Moresby.
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The shortage of skilled craftsmen made Fontana decide to buy the needed instruments in London. The great expenses caused a big time lag in the completion of works, that continued until 1796, when Fabbroni assigned the astronomer Domenico de Vecchi the responsibility of reorganizing the observatory and beginning to collect astronomical data. Fontana thought that the museum had to be arranged according to the order of nature, appropriately classified. The ground floor housed, in addition to the storerooms, minerals from Tuscany and the chemistry laboratory; the physics laboratory, the library and the zoology collections were located at the first floor; wax models, stuffed animals, fossils, and precious stones were on display at the second floor.
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Lampe-Önnerud considered careers in opera singing and medicine and was offered a scholarship for an 8-year program for a medical doctorate degree but turned it down her senior year of high school. After high school Lampe-Önnerud accepted a scholarship to attend Elmira College in New York. At Elmira college she studied English literature, business, and the sciences while working in a chemistry laboratory as a lab assistant. With encouragement from her father to pursue a career in a STEM field and her growing interest in the sciences, Lampe-Önnerud returned to Sweden and obtained a B.Sc. in Chemistry and Calculus and a Ph.D. in inorganic chemistry from Uppsala University in Sweden.
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He was the brother of Ward Cheney, a prominent silk manufacturer of South Manchester, and John Cheney, an engraver. He was married twice first in September 1847 to Emily Woodbridge Pitkin, daughter of Horace Pitkin and Emily Woodbridge. His wife, Emily, died without issue in 1850. Three years later on 19 May 1853 he married Ednah Dow Littlehale, daughter of Sargent Smith Littledale and Ednah Parker (Dow). This marriage produced one child: Margaret Swan Cheney (8 September 1855 – 22 September 1882)His daughter, Margaret Swan Cheney died of tuberculosis while a student in the 1882 class at MIT and a reception room of the Women’s Chemistry Laboratory was named in her memory. AMITA.
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It contained a miniature Egyptian pyramid, a Roman colonnade, antique statues, a pond of water lilies, a tatar tent, a farmhouse, a Dutch windmill, a temple of Mars, a minaret, an Italian vineyard, an enchanted grotto, and "a gothic building serving as a chemistry laboratory," as described by Carmontelle. In addition to the follies, the garden featured servants dressed in oriental and other exotic costumes, and unusual animals, such as camels. In 1781, parts of the garden were transformed into a more traditional English landscape garden, but vestiges of the original follies, including the pyramid and colonnade, can still be seen. By far the most popular destination for promenaders in the late 18th century was the Palais- Royal, the most ambitious project of the Duke of Orléans.
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The school has more than forty teaching rooms including four science laboratories (physics laboratory, chemistry laboratory, biology laboratory), three computer rooms, two art studios, three Design & Technology workshops, a home economics laboratory and a large purpose-built library with a host of about 9,500 resources ranging from science books to fictional books with a floor dedicated to online research. In addition also has facilities such as a music room, a recording studio as well as a theatre in its new performing arts building. Outdoor facilities include a playing field, outdoor hard court surfaces and a multi-purpose sports hall, completed in 2001, which also functions as an auditorium for the many special events held each year such as International Night, Graduation Ceremony and National Day.
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Receiving an invitation from Willard Libby, the 1960 Nobel laureate in Chemistry, to assist him, Mittal did his post doctoral research, for over a year, at the Radiation and Nuclear Chemistry laboratory of the University of California. In 1969, Mittal returned to India to start his career as a Pool Officer at the Bhabha Atomic Research Centre (BARC) and started working in the field of photochemistry. Two years later, in 1971, he got an opportunity to work with Professor E. Hayon at the United States Army Natick Soldier Research, Development and Engineering Center and worked there for one year. On his return to India in 1972, he formed a research group at BARC for research in photochemistry and radiation chemistry.
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Blue plaque erected by the Royal Society of Chemistry commemorating work towards the rechargeable lithium-ion battery at Oxford During the late 1970s and early 1980s, he continued his career as head of the Inorganic Chemistry Laboratory at University of Oxford. Among his work at Oxford, Goodenough has been credited with significant research essential to the development of commercial lithium-ion rechargeable batteries. Goodenough was able to expand upon previous work from M. Stanley Whittingham on battery materials, and found in 1980 that by using LixCoO2 as a lightweight, high energy density cathode material, he could double the capacity of lithium-ion batteries. Goodenough's work was commercialized through Sony by Akira Yoshino, who had contributed additional improvements to the battery construction.
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The completed chapel building was finished in 1894. From 1966, due to the main school moving to its new buildings out at the Moorway Lane Site in Littleover it fell out of use and for a time was only used along with the Adult Education use that St. Helen's House and the Pearson Building were put to. The structure was seriously neglected and fell out of use entirely during the first 17 years of the 21st century. Planning permission was granted for the School Chapel, the old wooden Gymnasium, the Woodwork Rooms, and the old Chemistry Laboratory and preparation rooms to be demolished, and this took place in September 2017, aimed at a large redevelopment of the whole site to be called Kings Crescent.
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As an undergraduate researcher at the California State University, Fullerton (CSUF), Caldwell Dyson designed, constructed and implemented electronics and hardware associated with a laser-ionization, time-of-flight mass spectrometer for studying atmospherically relevant gas-phase chemistry. Also at CSUF, she worked for the Research and Instructional Safety Office as a lab assistant performing environmental monitoring of laboratories using hazardous chemicals and radioactive materials, as well as calibrating survey instruments and helping to process chemical and radioactive waste. During that time (and for many years prior) she also worked as an electrician/inside wireman for her father's electrical contracting company doing commercial and light industrial type construction. At the University of California, Davis, Caldwell Dyson taught general chemistry laboratory and began her graduate research.
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Later, it became accommodation for graduate students, the Professor's House, while the Sherard Herbarium is now part of the Fielding-Druce Herbarium held in the Department of Plant Sciences. Daubeny, who was also the Aldrichian Professor of Chemistry, had found the chemistry laboratory in the basement of the old Ashmolean Museum, what is now the History of Science Museum, to be "notoriously unworthy of a great University" and desired a better science facility. He petitioned the College to be allowed to build one, and the Daubeny laboratory was completed in 1848. The Daubeny Laboratory was preceded by the anatomy school and laboratory at Christ Church which opened in 1767, and would be followed later in the century by other college laboratories including the Balliol-Trinity Laboratories.
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Constantin Cândea graduated from Prince Ferdinand High School in Bacău in 1907, and in 1911 from Königlich Bayerische Technische Hochschule München (now Technical University Munich). He was married to Maria (Antoniade) Cândea (October 2, 1889, Galați - April, 16, 1974, Bucharest), teacher of French with higher education in France, who founded and led as headmistress the High School of Pedagogy for Girls ″Queen Marie″ (now National College ″Jean Monnet″) in Ploiești. Paul D.Popescu, Women of Prahova, from today, yesterday and before – Maria Cândea (Prahova Newspaper) In the first year of activity of the Polytechnic School of Timișoara initiated by the Royal Decree No. 4822 of November 11, 1920 of King Ferdinand, Professor Ph.D. Eng. Constantin Cândea created the Chemistry Laboratory and Professor Ph.D. Eng.
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The building that now houses Hawley School was built from donations to Newtown by Mary Elizabeth Hawley in 1921, and was in fact named after her parents. It was a modern building for the time, having as it did central heating, an auditorium, a chemistry laboratory, and fireproofing; however nowadays it lacks facilities with respect to other schools in the district, such as central air conditioning. By 1950, the school had become so overcrowded that an extension was built at the rear of the building and some of the old one-room schoolhouses were re-opened. The Newtown High School was located in this building from 1921 to 1953, when it was moved to a new building on Queen Street.
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Albert V. Dicey KC Principal / Reginald > J. Mure M.A. Chairman of Building Committee / William D. Caroe M.A. > Architect. The Prince of Wales mentioned later became George V of the United Kingdom. The idea of a new purpose-built College had been expressed in the late 1880s. By the 1890s, the demand for more space through increased student numbers, and competition from other institutions such as Evening Continuation Schools and early Polytechnics, created a need for greater accommodation, and a desire for facilities such as a museum, gymnasium and chemistry laboratory. The College developed a new building at Crowndale Road on a site purchased from Lord Camden; begun in July 1904, and partly occupied in 1905, it was formally opened by Sir William Anson in January 1906.
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Professor Jussi Kalervo Huttunen (born 1941 in Helsinki) is a physician (1966 University of Helsinki), scientist, and former director general of the National Public Health Institute of Finland (1978-2003). He is an internist by training, and served as associate professor of internal medicine at the University of Kuopio 1975–1978. As the first director general of the reformed (1982) National Public Health Institute he guided the institute from previously routine microbiological and clinical chemistry laboratory to an internationally recognized research institute in public health.International Evaluations Throughout his career Huttunen has been involved in many different organisations, and he has been a well-known health care expert often consulted by the government as well as by international and local authorities.
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The first module of the Centre building was opened on 5 November 2010 with five galleries (On the move, Humans and the environment, Roots of civilization, Lightzone, Bzzz!); the exhibit for teenagers – RE: generation was opened 3 March 2011; a planetarium The Heavens of Copernicus opened on 19 June, the Discovery Park on 15 July, chemistry laboratory - 18 October; biology laboratory - 15 November, robotics workshop - 6 December, and physics laboratory - 20 December. Since 2008, the Copernicus Science Centre together with Polish Radio has organized the Science Picnic - Europe's largest outdoor science-popularization event. In 2011 the Centre hosted the ECSITE conference (European Network of Science Centres and Museums) – one of the most important events in the field of science centres and museums in the world.
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Vinod Bhakuni (1962–2011) was an Indian molecular biophysicist and the head of the Molecular and Structural Biology Division of the Central Drug Research Institute (CDRI). He was the founder of the Protein Chemistry laboratory of CDRI and was known for his contributions to the study of protein folding. A recipient of the National Bioscience Award for Career Development, he was an elected fellow of the Indian Academy of Sciences, Indian National Science Academy and the National Academy of Sciences, India. The Council of Scientific and Industrial Research, the apex agency of the Government of India for scientific research, awarded him the Shanti Swarup Bhatnagar Prize for Science and Technology, one of the highest Indian science awards, in 2006, for his contributions to biological sciences.
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He took the usual curriculum in arts, and then entered the faculty of medicine, but later changed to chemistry. He worked in a chemistry laboratory from 1866 to 1871, being appointed assistant to professor Anderson in 1869. In 1868 he came to London to attend demonstrations by William Allen Miller and Charles Loudon Bloxam at King's College London. He returned to Glasgow in 1870 to assume a position of assistant demonstrator with Bloxam in early 1871. However, as the senior demonstrator was seriously ill in those years, Thomson took over his duties and was promoted to senior demonstrator in 1879. From 1880 until 1887, in addition to his work at King's College, he was also lecturing in chemistry at Queen's College and became professor in that college.
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The building provided a bigger library, chemistry laboratory, a kitchen, a sewing room, eight classrooms and faculty offices. The School has implemented the 1960 curriculum up to 1999 with the replacement of the traditional history courses with Social Studies I (The Community), Social Studies II (The Nation), Social Studies III (Economic Development & Program), and Social Studies IV (The World: A Cultural Perspective), as well as the inclusion of the Youth Development Program (YDT) which covers Scouting, Physical Education, Music, and Citizen Army Training (later replaced by the Preparatory Military Training or PMT) as required by the Department of Education and Culture in 1972. Since 1998, students, as prescribed by the present Department of Education, Culture & Sports, are now taking up Economics in their fourth year.
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He is the head of NICL (Naples Industrial Chemistry Laboratory) of the Department of Chemical Science of University of Naples Federico II. The research field of NICL is industrial chemistry and recently its main field of activity has been in biofuel production and the use of renewable resources as raw materials for chemical industry. The activity of NICL, notwithstanding the strong link with the themes of chemical industry, has had an important scientific impact. The results of these scientific activities have been published in a high number of papers, in a wide range of international journals, conference proceedings and patents. He has been the coordinator of the programmes of bachelor's degree in industrial chemistry and of master's degree in science and technology of industrial chemistry of University of Naples Federico II, since 2013.
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He was especially drawn to the chemistry courses taught by Alexander Pedler, an inspiring lecturer and experimentalist who was among the earliest research chemists in India. Soon captivated by experimental science, Ray decided to make chemistry his career, as he recognised that his country's future would greatly depend on her progress in science. His passion for experimentation led him to set up a miniature chemistry laboratory at a classmate's lodgings and reproducing some of Pedler's demonstrations; on one occasion, he narrowly escaped injury when a faulty apparatus exploded violently. He passed the FA exam in 1881 with a second division, and was admitted to the BA (B-course) degree of the University of Calcutta as a chemistry student, with a view towards pursuing higher studies in the field.
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Fettes College main building Fettes College from the south-east To perpetuate the memory of his only son William, who had predeceased him in 1815, Sir William Fettes (1750–1836), a former Lord Provost of Edinburgh and a wealthy city merchant, bequeathed the then very large sum of £166,000 to be set aside for the education of poor children and orphans. After his death the bequest was invested, and the accumulated sum was then used to acquire the 350 acres of land, to build the main building and to found the school in 1870. Fettes College opened with 53 pupils (40 were Foundation Scholars with 11 others boarding and two day pupils). Following serious fires, the swimming baths were rebuilt in 1890 and the chemistry laboratory was rebuilt in 1897.
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In 1884, ACPA, purchased the house and land at 56B, Free School St, later known as Mirza Ghalib Street, which had been the birthplace and residence of William Makepeace Thackeray,(1811–1863) an Anglo- Indian poet and novelist and the author of Vanity Fair and other classics. An inscription on a marble stone is the only surviving relic of the Thackeray residence which was demolished in the 1970s for the construction of the, then, New College building. Further renovations, changes and additions in and around the building included the Main School building, the Hall building, "Mary Apcar" building, the Office building, a new building along the street and the swimming pool. The Main School building was a three-storeyed construction that included the senior dormitory, classrooms and the chemistry laboratory.
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The academy is one of 34 schools in Ghana established before Ghana attained its independence from Britain. From among these 34 schools, the academy is one of 20 schools recognised by the Ghana Education service as a category A school, based on the number and type of facilities that the school maintains. Some of these facilities include: an assembly hall, a basketball court, a boarding house, a bookshop, a cafeteria, a clinic, a guidance and counselling centre,. a dining hall, a football park, a gymnasium, an interact square, an information and communications technology centre, a library, a physics laboratory, a chemistry laboratory, a biology laboratory, a science resource centre, staff bungalows, a lecture theatre, an administration block, a business classroom block, a general arts classroom block, a general science classroom block, a visual arts classroom block and a volleyball court.
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The school has bus facilities with GPS in almost every main routes within the city, first-aid facilities with a nurse during the working hours, message facilities for informing about various notices to the parents and guardians, smart class facilities for students from nursery to class 12. The school also comprises a mini Saraswati temple, an open hall, a Library, a Computer laboratory, a Physics laboratory, a Geography laboratory, a Biology laboratory, a Chemistry laboratory, an activity room, a councillors' room, a sports room, a MIL room, a hygienic canteen for its students as well as for staff and a playground. Facilities for safe drinking water is also provided by the school. The school also awards annual scholarship of ₹ 10,000 to the candidate securing 1st position with aggregate 80% plus marks from class VI to class X.
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Her winches can deploy CTD instruments to measure the electrical conductivity, temperature, and chlorophyll fluorescence of sea water. Reuben Lasker also can deploy specialized gear such as Multiple Opening/Closing Net and Environmental Sensing System (MOCNESS) frames, towed vehicles, dredges, and bottom corers, and she can deploy and recover both floating and bottom-moored sensor arrays. While trawling, Reuben Lasker uses wireless and hard-wired systems to monitor the shape of the trawl net and to work in conjunction with an autotrawl system that sets trawl depth and trawl wire tension and adjusts the net configuration. Reuben Lasker has a 630-square-foot (sq. ft.) (58.5-square-meter) (m²) wet laboratory, a 300-sq.-ft. (27.9-m²) dry laboratory, a 287-sq.-ft. (26.7-m²) biology and chemistry laboratory, a 445-sq.-ft. (41.3-m²) electronics and computer laboratory, and an 85-sq.-ft.
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Born in Iași, he attended the city's National College, following which he enrolled in the Faculty of Physical and Chemical Sciences at the University of Iași. There, his professors included Petru Poni and Grigore Cobălcescu. In 1891, he was named assistant to Poni, and he earned his degree in 1894. In 1895, he was hired at the city's recently established food chemistry laboratory, where he showed a talent for organization. In late 1896, he married Clemansa Climescu, a 19-year-old student and the daughter of a university professor.Antonescu In 1897, Șumuleanu left for the University of Berlin. There, after working in the laboratory of Emil Fischer and Robert Pschorr and distinguishing himself as a student, he earned a doctorate in 1901.Lițu, p.345 The same year, having returned to Iași, he was named head of the city's chemistry institute, under the Health Ministry.
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The major structures on the Jordan Street campus are a three level classroom building constructed in two phases - the first (western) half of the high school, including a cafeteria and chemistry laboratory, was completed in 1938, and the second (eastern) half, including a library and physics laboratory, was completed in 1949 ; a four level classroom building that opened in 1929 as a residence hall for Jesuit priests; a gymnasium (built in 1952 and extensively renovated in 2011, it is the oldest school gymnasium in the city) including boys' dressing rooms; a girls' dressing room building (1987); a new cafeteria building (2012); and the single story Anderson building used for various administrative offices. The Loyola Athletic Complex opened in 2002. It is located on Clyde Fant Memorial Parkway and includes Messmer Stadium (football, soccer and lacrosse), Cicero Field (baseball), St. Vincent’s Field (softball) and the Flyer Field House.
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Born in Olmütz (Olomouc), Moravia, Krobatin entered the Austro-Hungarian Army as a cadet in 1861 and moved on to attend the Artillery Academy in 1865, from which he graduated in 1869 as a Leutnant. He undertook the upper course of artillery from 1871 to 1873, at the end of which he entered service in the Military Committee with the rank of Oberleutnant. Between 1874 and 1876 he studied and attended lectures on chemistry and chemical engineering at the Technical University of Vienna, becoming head of the chemistry laboratory at the Military Technical Committee in 1877. He served as a chemistry and chemical engineering instructor at the Imperial and Royal Technical Military Academy from 1877 to 1882 and recognized as an expert in munitions, he was appointed to the War Ministry in 1896 where he successful worked as a head of department and as chief of a section while also promoted to the rank of Major General in 1900.
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After a doctorate at the University of Montpellier in November 1971 under the supervision of Robert Corriu,Bernard Meunier, Comportement des organosilanes fonctionnels vis-à-vis des réactifs de Grignard activés par des complexes de nickel, Université Montpellier 2, thèse de troisième cycle en sciences, 1971 he obtained a state doctorate at the University of Paris-Sud in Orsay in June 1977 (with Hugh Felkin as thesis supervisor). After a post- doctoral fellowship at Oxford University (September 1977 - August 1978) he joined the CNRS Coordination Chemistry Laboratory in Toulouse in September 1979. He joined the CNRS in January 1973 in Gif-sur-Yvette at the CNRS Institute of Natural Substances Chemistry, where he rose through all levels to become Director of Research specialising in oxidation chemistry, particularly in the field of biology and therapeutic chemistry (antitumours, antiparasites and regulators of copper homeostasis in Alzheimer's disease). From 1993 to 2006, he was associate professor at the École Polytechnique.
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Andrée Marquet studied engineering at the École nationale supérieure de chimie de Paris, then defended a thesis prepared at the Collège de France under the direction of Jean Jacques (1961), followed by a post-doctoral internship at the ETH in Zurich with Professor Duilio Arigoni. After a career at the CNRS, she was appointed professor at the Pierre-et- Marie-Curie University (1978) and founded the organic biological chemistry laboratory there. She contributed, with a few others, to the development of this interface sub-discipline at the national level, which was still in its infancy, and created at UPMC adapted teaching courses where chemists and biochemists could meet. In addition to her work as a teacher-researcher, she has held various positions of general interest. Between 1984 and 1986, she chaired the organic chemistry division of the Société chimique de France, and from 1987 to 1991, the Société Franco-japonaise de chimie fine et thérapeutique.
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Yale's facilities for research and study include a university library system of nearly fifteen million volumes, the Beinecke Rare Book and Manuscript Library, the Yale University Art Gallery, the Yale Center for British Art, the Office of Information Technology Services, departmental libraries and collections, and the extensive resources of the professional schools. The collections and services of the Research Libraries Group, which consists of Columbia, Harvard, and Yale universities and the New York Public Library, are also available to students. Special research facilities for the sciences are clustered on Science Hill, including the Bass Center for Molecular and Structural Biology, Josiah Willard Gibbs Research Laboratories, Kline Geology Laboratory, Sterling Chemistry Laboratory, Kline Biology Tower, the Class of 1954 Environmental Science Center, the Peabody Museum of Natural History, and the Arthur W. Wright Nuclear Structure Laboratory. Becton Engineering and Applied Science Center and Arthur K. Watson Hall for computer science are located on the former campus of the Sheffield Scientific School.
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They were erected from the designs and under the supervision of Mr. W. L. Clowes, M.Inst.M. and Cy. E., Borough Engineer and Architect and a well-known Bournemouth Rotarian from 1936 onwards. They opened in 1939 and were first occupied by the boys from Porchester and Lowther in conjunction with evacuees from Taunton's School in Southampton. Soon after, HORSA huts were erected to the north of the main buildings to house more classrooms. Further extensions to the buildings were made in subsequent years, with the canteen (previously above the Old Gym) built in 1957, a new physics laboratory built in 1958, Rooms 40 and 41 (now 9 and 10) in 1959, a new chemistry laboratory in 1961, a steel-framed structure above the single-storey north-eastern section (at the time of building, notorious for rocking in the wind) in the early 1990s and office space for Housemasters and admin staff later in 1992 (at the time the present House system was introduced).
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Underneath part of the Garden Quad and extending into Trinity were the Balliol-Trinity Laboratories, the most prominent Oxford physical and chemical laboratories in late nineteenth and early twentieth centuries, in which physical chemist Henry Moseley (originator of the atomic number) and Nobel Laureate Cyril Hinshelwood worked. These are now disused, following the construction of the university Physical and Theoretical Chemistry Laboratory on South Parks Road. The Garden Quad at Balliol is the scene of the well-known limerick that parodies the immaterialist philosophy of Bishop Berkeley: > There was a young man who said, God Must think it exceedingly odd If he > finds that this tree Still continues to be When there's no one about in the > Quad. and also of the response, by the Balliol-educated Catholic theologian and Bible translator Ronald Knox, which more accurately reflects Berkeley's own beliefs: > Dear Sir, your astonishment's odd: I am always about in the Quad.
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Columbus High School construction of Mas Technology Complex The school has technology throughout all 8 academic buildings, including campus-wide Wi-Fi, Smart Boards and LCD projectors in all classrooms, fully -equipped science labs, a media center, and a technology complex with a digital based library, computer labs, and a media production studio There are four main academic buildings that have a media center that contains a technical resource center, an auditorium, a TV news studio, a chemistry laboratory, a concession stand, and several offices. The science building contains a physics and chemistry lab. The school also has several computer labs, gymnasium, a tennis complex, a baseball complex, a weight room, football field, and a concrete track which is used as a parking lot. In 2008, Christopher Columbus High School opened the three-story "Mas Technology Complex", which contains administrative offices, a conference room, computer labs, a large library, a production studio, a recording room, and a school clothing store.
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Her first book, Annapurna: A Woman's Place was included in Fortune Magazine's 2005 list of "The 75 Smartest Business Books We Know" and chosen by National Geographic Adventure Magazine as one of the 100 top adventure books of all time. Her award-winning memoir, Breaking Trail: A Climbing Life tells the story of how Blum realized improbable dreams among the world's highest mountains, in the chemistry laboratory, and in public policy. Blum's books can also be viewed as works that contribute to showing the hardships faced by women scientists in a male dominated field. Blum's awards include a Purpose PrizePurpose Prize to those over 60 who are solving society's greatest problems, National Women's History Project selection as one of "100 Women Taking the Lead to Save Our Planet" and a Gold Medal from the Society of Woman Geographers,Society of Woman Geographers an honor previously given to only eight other women including Amelia Earhart, Margaret Mead, and Mary Leakey.
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Sanger returned to Harvard in 1899 as an assistant professor in charge of the large Chemistry 3 course developed by H.B. Hill, who by this time was ailing, and was made full professor and director of the chemistry laboratory when Hill died in 1903. > As a teacher he was somewhat austere; all his students were expected to live > fully up to his own standard, and he always retained some touch of the Naval > discipline. In particular research with him was no easy matter — the same > accuracy, the same thoroughness, the same limitless patience, that he showed > in his own work he demanded of his students, but, as they saw he required > nothing from them, which he did not exact from himself in even greater > measure, they worked with enthusiasm, and felt for him an affection perhaps > even deeper and stronger, than would have been inspired by an easier > teacher. Sanger's wife, Almira, died in 1905, and in 1910 he married Eleanor Whitney Davis (1867–1935).
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Of the school's founding figures, there are a traditional "founding four"- Clark, Levi Stockbridge, Charles Goessmann, and Henry Goodell, described as "the botanist, the farmer, the chemist, [and] the man of letters." The original buildings consisted of Old South College (a dormitory located on the site of the present South College), North College (a second dormitory once located just south of today's Machmer Hall), the Chemistry Laboratory, also known as College Hall (once located on the present site of Machmer Hall), the Boarding House (a small dining hall located just north of the present Campus Parking Garage), the Botanic Museum (located on the north side of the intersection of Stockbridge Road and Chancellor's Hill Drive) and the Durfee Plant House (located on the site of the new Durfee Conservatory).Rand, p. 21. Although enrollment was slow during the 1870s, the fledgling college built momentum under the leadership of President Henry Hill Goodell.
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Booth was born in Philadelphia on 28 July 1810, and was educated at the Hartsville Seminary. Booth graduated from the University of Pennsylvania in 1829, and later studied at the Rensselaer Polytechnic Institute at Troy, New York from 1831 to 1832. He visited Germany between 1833 and 1835, spending the year of 1833 in Professor Friedrich Wöhler's private laboratory in Hesse-Cassel, and then spending nine months in the laboratory of Professor Gustav Magnus in Berlin. For the remainder of his time in Europe he attended lectures and visited manufacturing facilities on the continent and in England. Booth assisted in the Geological Survey of Pennsylvania in 1836, making the discovery that the mountains that form the middle belt of that state consist of two separate formations. He was head of the Geological Survey of Delaware from 1837 to 1838. He became a member of the American Philosophical Society in January 1839. He opened a chemistry laboratory in Pennsylvania in 1836 for teaching purposes, which gained a strong reputation.
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Francesco Selmi (7 April 1817 – 13 August 1881) was an Italian chemist and patriot, one of the founders of colloid chemistry. Selmi was born in Vignola, then part of the Duchy of Modena and Reggio. He became head of a chemistry laboratory in Modena in 1840, and a professor of chemical pharmacology and toxicology at the University of Bologna in 1867. He published the first systematic study of inorganic colloids,Francesco Selmi, Intorno all'azione dell'iodio sopra il clorido di mercurio: memoria prima di Francesco Selmi, Milano: V. Guglielmini, 1845Francesco Selmi, Azione del latte sulle materie metalliche e reazioni di queste su quello: discorso letto da Francesco Selmi nell'adunanza pubblica del 21 maggio 1847 della Societa d'agricoltura di Reggio, Modena: Antonio ed Angelo Cappelli, 1847Francesco Selmi, Intorno ai vocaboli precipitazione e coagulazione adoprati indistintamente a significare il deporsi dell'albumina da un menstruo allo stato insolubile: considerazioni presentate alla R. Accademia di Scienze, Lettere ed Arti di Modena nell'adunanza del 30 marzo 1842, e lette nel congresso scientifico italiano riunitosi in Padova nel settembre dello stesso anno da Francesco Selmi, Modena: Pei Tipi della R.D. Camera, 1843.
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