A meson and a baryon bonded together in a pentaquark.
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"We bonded together over video games, pop culture, photography," Ellis said.
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"We didn't have a group that really bonded together," Jackson said.
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"We didn't have a group that really bonded together," Jackson said.
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The gas is made of carbon and nitrogen atoms bonded together.
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We are bonded together by much more than our time on stage.
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"Now they're bonded together in a way they might not have been otherwise," Carter teases.
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They framed paintings with mounting silks, which were bonded together by layers of backing paper.
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You mix some chemicals with some other chemicals, and you get molecules—multiple atoms bonded together.
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"Family meals are where people get bonded together and learn the rules of life," she said.
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Though they had their problems, they were bonded together until Andrea's untimely demise at the end of Season 3.
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We are decades apart in age, but bonded together in a shared refusal to be reduced to our trauma.
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It uses a series of very thin tiles of lithium-ion battery, bonded together with a soft, rubbery, material.
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Their new images show a razor-thin layer, just two atoms thick, of molybdenum and sulfur atoms bonded together.
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Two spectrometers on the spacecraft, OVIRS and OTES, discovered hydroxyls, or molecules of oxygen and hydrogen atoms bonded together.
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Strangers, bonded together by our hope for a ship's safe return and our want for our hearts to be whole again.
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Each wall in this shield is made from "fiber metal laminates," which basically consist of several thing metal layers bonded together.
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You will hear the sounds of brothers bonded together by ooze and united in strength under the rallying cry of YSL.
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The outermost wall, at 80 feet high, was built of hundreds of thousands of bricks bonded together with reeds from the river.
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At this cloistered campground, I met a community of women, bonded together by a love of all things moto and unbridled tenderness.
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Goods marked as genuine leather will be several layers of low-quality leather bonded together with glue and then painted to look uniform.
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Details: Data obtained from the spacecraft's two spectrometers show that molecules containing oxygen and hydrogen bonded together, known as hydroxyls, are present on the asteroid.
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We looked at one another and smiled, knowingly, like we were bonded together by some secret, sacred moment that we could never accurately describe again.
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And there have been concrete times where workers have joined together and bonded together to raise problems of harassment using litigation, having a major communications campaign.
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Immigrants, sons of immigrants and grandsons of immigrants bonded together with scions of families that have been French for generations, all for the rouge, blanc et bleu.
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If you've ever found your fingers unintentionally bonded together after using an especially strong glue, you'll appreciate the latest innovation from researchers at the Max Planck Institute.
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The light of unity, of friendship, and of comfort from those who once were strangers and who are now bonded together by a terrible moment in time.
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He and Keys bonded together instead in song, singing a cover of Lady Gaga and Bradley Cooper's ballad "Shallow" from the Oscar-nominated film A Star Is Born.
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We do know that it's icy, and the presence of molecular hydrogen — or two hydrogen atoms bonded together — indicates that hydrothermal vents are probably present under the moon's oceans.
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The rubber shreds are bonded together and thick enough to prevent weeds from receiving the sunlight they need to grow but permeable enough to allow water to flow into the soil.
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But Bennu has already made a significant finding: In December, before it entered orbit around Bennu, the probe discovered that the asteroid harbored ingredients for water (oxygen and hydrogen atoms bonded together).
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Today, scientists behind those instruments have found "hydroxyl groups," molecules of oxygen and hydrogen bonded together—but rather than existing on their own, they're likely bonded to Bennu's clay minerals, according to NASA.
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"Those of us who were on that field, who had a common bond by practicing together a few months out of the year, we will now forever be bonded together because of this tragedy," he said.
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The president's action encourages indiscipline and it runs counter to our values as a nation — values that long have bonded together troops of diverse races, ethnicities, cultures and religions into a unified, highly effective military force.
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Using the latest multi-layering technology, premium-grade stainless steel and aluminium are bonded together to form a special three-layer material, that spreads heat evenly and gently throughout the entire pan from base to rim.
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It stands as an important symbol of America's national unity, a timeless reminder of the moral strength and power that flows when free people are united and bonded together in a common and just cause for liberty.
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"The camaraderie that's needed between Patti and Caissie, in terms of what goes on onstage, is amplified by the fact that those two, in life and in their work, seem to be very genuinely bonded together," says Grandage.
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The aim: to find out more about lumpy structures -- so-called "goosebumps" -- which they believe may be the original pieces of material that bonded together forming the comet's body when the solar system was still in its infancy.
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It's a new school year in the scenic California coastal town of Monterey, which means a whole new set of concerns, conflicts, and cupcakes for the ladies of Big Little Lies as they find themselves bonded together over a deadly secret.
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By incorporating a mark used to deter counterfeiting, Kaiser refuses to submit to the commonplace view that silkscreen and copying (or counterfeiting) are bonded together, that we live in a simulacrum populated solely by copies and counterfeits, that everything is dead.
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We have carbon atoms bonded together the same way they are in diamond, but in a very thin thread capped off with hydrogen atoms, and many of these threads, parallel to each other, may be one day woven together into a fabric.
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The catering tent saw bands and crew crowd around long wooden tables to slurp down duck rice and fish stew side by side, and you could see new friendships form in real time, as strangers bonded together over favorite bands or even just shared language.
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There's also a bit more help in the shape of a substructure of copper and steel molecularly bonded together with a proprietary laser process and laid down in a lattice-style layer with gaps to allow things like wireless charging to take place through the back.
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In her poignant new book, Where the Light Gets In: Losing My Mother Only to Find Her Again, out April 5, Williams-Paisley details her family's difficult journey – including the mistakes they made along the way – as they bonded together, trying to help her mother as best they could.
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Amid a year rife with tragedy and division, the 2017 CMA Awards was a show of music unity, from the feel-good opening number — an all-star rendition of Hootie and the Blowfish's "Hold My Hand" — to the night's speeches: "I feel like we're bonded together and banded together more than we ever have been," Miranda Lambert told the crowd as she picked up her female vocalist trophy.
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Diamond and graphite are two allotropes of carbon: pure forms of the same element that differ in crystalline structure. Allotropy or allotropism () is the property of some chemical elements to exist in two or more different forms, in the same physical state, known as allotropes of the elements. Allotropes are different structural modifications of an element; the atoms of the element are bonded together in a different manner. For example, the allotropes of carbon include diamond (the carbon atoms are bonded together in a tetrahedral lattice arrangement), graphite (the carbon atoms are bonded together in sheets of a hexagonal lattice), graphene (single sheets of graphite), and fullerenes (the carbon atoms are bonded together in spherical, tubular, or ellipsoidal formations).
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Neel (2004), pg. 135 Even freed slaves joined alberghi.Kirk (2005), pg. 25 Sometimes, these alberghi bonded together several branches of the same family.
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Wire can be purchased in bifilar form, usually as different colored enameled wire bonded together. For three strands, the term trifilar coil is used.
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As the Okazaki fragments are synthesized, the RNA primers are replaced with DNA nucleotides and the fragments are bonded together in a continuous complementary strand.
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Basic rate ISDN, known as ISDN-BRI, has two 64 kbit/s "bearer" or "B" channels. These channels can be used separately for voice or data calls or bonded together to provide a 128 kbit/s service. Multiple ISDN-BRI lines can be bonded together to provide data rates above 128 kbit/s. Primary rate ISDN, known as ISDN-PRI, has 23 bearer channels (64 kbit/s each) for a combined data rate of 1.5 Mbit/s (US standard).
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In 1864 by the courtesy of a new regulation which removes states and generates new provinces Kastamonu province, Düzce and Akçakoca were bonded together and managed with the name of Akçaşehir-i maa Düzce.
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Since some types of geomembranes and geogrids can be made from the same material (e.g., high-density polyethylene), they can be bonded together to form an impervious membrane barrier with enhanced strength and friction capabilities.
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Pressed wood, also known as presswood, is any engineered wood building and furniture construction material made from wood veneers, wood shavings and particles, sawdust or wood fibers bonded together with an adhesive under heat and pressure.
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Demolition of the Old Cathedral proved unexpectedly difficult as the stonework had been bonded together by molten lead.Hart, 18. Wren initially used the then-new technique of using gunpowder to bring down the surviving stone walls.Benham, 76.
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The courses of brickwork are bonded together with a lime- based 'common mortar' which was originally pointed back flush with the wall face. It survives on the bedding planes and is exposed in several places on the north elevation.
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Jock's owner adopts two puppies, Dodge and Ollie, from the pound, whom Trusty and Jock take to as an uncle and aunt. Lady and Tramp happily spend the holidays with their perfect family, bonded together for the rest of their lives.
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For industrial applications and in power transmission, technical textiles are used in conveyor belts. Carcass is a fabric inside the conveyor belt, which is responsible for the strength and stretch properties of the belt. This carcass is made with layers of woven fabrics bonded together.
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When a critical piece of property in the Galena, Illinois area went on sale in 1993, some residents bonded together to acquire that piece of property by forming the foundation. The foundation has since broadened its scope to protect more areas in Jo Daviess County.
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The bricks were bonded together using a clay slurry, called butter clay or navanita mattika. This was composed of finely crushed dolomite limestone mixed with sieved sand and clay. The stupa was thereafter covered with a coating of lime plaster. This was sometimes ten inches thick.
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The Model 46 is a low-wing, cabin aircraft, with conventional landing gear and structures made using Duramold processes. The fuselage is constructed of two halves bonded together. The wings use wooden spars with plywood covering. The control surfaces use aluminum frames with aircraft fabric covering.
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Each block was carefully dressed to accurate dimensions and laid in courses 0.6m high. The dam wall extended about 4m into the abutments on each bank. At Moriarty's suggestion the stones were bonded together with cement mortar to ensure watertightness. Two different cements were imported from England.
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Each block was carefully dressed to accurate dimensions and laid in courses 0.6m high. The dam wall extended about 4m into the abutments on each bank. The stone blocks were bonded together with cement mortar to ensure water-tightness. Two different cements were imported from England.
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Glulam frame of a roof structure Glued laminated timber, also abbreviated glulam, is a type of structural engineered wood product constituted by layers of dimensional lumber bonded together with durable, moisture-resistant structural adhesives. In North America, the material providing the laminations is termed laminating stock or lamstock.
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Finally, the colloid must go through a drying process to remove excess solvent from the mixture before it can be used to treat fabrics. The sol-gel process is used in a similar fashion to make polymer nanofibers, which are long, ultra-thin chains of proteins bonded together.
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In 2009, the California Air Resources Board (CARB) has established rules for allowable emissions of formaldehyde from wood products made of pieces, chips, particles, or fibers of wood bonded together with a resin. In 2016, the United States the Environmental Protection Agency also issued regulations to limit formaldehyde emissions.
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Winterbourne also has a successful 'A' team in Division 3 of the Bristol and District League consisting of the younger element bonded together by a few experienced old stagers. In more recent years the club has benefited from its successful youth policy. In November 2009, Nick Tanner was appointed manager.
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The woofer is made from pure, long carbon fibers that were fabricated into sheets. Eight of the sheets are bonded together to make the cone. The dust cap in the center is also a carbon fiber sheet formed into a dome. The woofer magnet is 11,350 Gauss and 220,000 Maxwell.
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There are various Nutri-Grain Bars made from the breakfast cereal bonded together, available in the markets where the cereal is available. The bars became popular in the 1990s as an "on-the-go" food. In 2013, Nutri-Grain breakfast drinks were added to the line of cereals for the Australian market.
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In this process, the chemical is first applied to the fabric. Then the fabric is heated to allow the chemicals to react with the cellulose molecules. In the reaction, the molecules of the fabric are bonded together to keep them from moving and causing wrinkles. For this reason, durable-press treated garments behave as synthetics.
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Once the barrel is in use, the spile is replaced with a 'soft' spile, traditionally made from softwood, but nowadays from bonded-together (woody) fibres. The soft spile prevents a vacuum forming at the upper surface of the beer: it allows sufficient air in for the beer engine to work, but keeps dust, flies and other mischief-makers out.
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The structural components of plants are formed primarily from cellulose. Wood is largely cellulose and lignin, while paper and cotton are nearly pure cellulose. Cellulose is a polymer made with repeated glucose units bonded together by beta-linkages. Humans and many animals lack an enzyme to break the beta-linkages, so they do not digest cellulose.
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Waferboard belongs to the subset of reconstituted wood panel products called flakeboards. It is a structural material made from rectangular wood flakes of controlled length and thickness bonded together with waterproof phenolic resin under extreme heat and pressure. The layers of flakes are not oriented, which makes it easier to manufacture. Waferboard is used as a material to build cheap furniture.
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Synthetic Rubber (Thermoset) – This type of membrane roof is made of large, flat pieces of synthetic rubber or similar materials. These pieces are bonded together at the seams to form one continuous membrane. The finished roof’s thickness is usually between 30 and 60 mils(thousandths of an inch) (0.75 mm to 1.50 mm). The most commonly used thermoset membrane is EPDM.
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Phenylacetones are a group of organic compounds containing a phenyl moiety and an acetone moiety bonded together, the archetypal example being phenylacetone. Phenylacetones often play a role in the illicit synthesis of amphetamine and its analogues, 3,4-methylenedioxyphenyl-2-propanone (MDP2P) for example being used in the production of 3,4-methylenedioxyamphetamine (MDA), 3,4-methylenedioxymethamphetamine (MDMA), 3,4-methylenedioxy-N- ethylamphetamine (MDEA), and other homologues.
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There are several laminated glass manufacturing processes: # using two or more pieces of glass bonded between one or more pieces of adhesives; such as PVB or EVA, using heat and pressure. # using two or more pieces of glass and polycarbonate, bonded together with aliphatic polyurethane (TPU), or EVA, interlayer under heat and pressure. # interlaid with a cured resin or EVA.
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The monomers are connected in both cases by phosphate groups via the C3 and C17β positions. Polyestradiol phosphate has an average polymer chain length of approximately 13 repeat units of estradiol phosphate. That is, each polyestradiol phosphate molecule is a polymer consisting on average of 13 estradiol phosphate molecules bonded together. These polymeric estrogen esters are hydrophilic and water-soluble.
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Clad Coinage : Issues of coins that contain a center core and outer layer of differing metals or alloys bonded together. The current U.S. Quarter, dime, and half dollar are made of cupronickel clad copper. Coin alignment : A method of striking in which the obverse and reverse dies are aligned 180 degrees from each other. All American coins are struck this way.
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Pulido noted, "There were some growing pains, I won't lie. Obviously, when your singer-songwriter leaves, there's some transition that takes place. But we bonded together in a way that we had never done before." The subsequent writing and recording sessions found the band working in a more democratic and spontaneous method than in the past, with songs stemming from improvised jam sessions.
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To do this, composites are used extensively in the wing, fuselage, and tail. Wing skins and ribs are made of a honeycomb-stiffened "sandwich" construction with large-cell carbon cores for fewer, larger, and lighter parts. Skins and ribs are paste-bonded together to eliminate fasteners. With these measures, costs are reduced by over 30 percent compared to a scaled V-22 wing.
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If there are "n" bases, then the numbers are 1 through n. Each number is represented as a dot on the circle, progressively from 1 through n. For bases that are bonded together (for example, 2 and 48, a line is drawn between 2 and 48. The resulting Nussinov plot will easily reveal secondary structures such as cloverleaf structures in RNA or tRNA (the presence of "flowers").
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After the band's appearance at the Sixth Leningrad Rock Club Rock Festival, critics classified them as the followers of AVIA, at this point a well-established conceptual art rock band. The parallel proved to be flawed, but the two bands bonded together. They embarked on the nation-wide tour and signed the humorously worded Molotov–Ribbentrop-type "non-aggression pact".NOM press- conference: 17 07 2009.
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Because the layers in NbSe2 are only weakly bonded together, different substances can penetrate between the layers to form well defined intercalation compounds. Compounds with helium, rubidium, transition metals, and post-transition metals have been made. Extra niobium atoms, up to one third extra can be added between the layers. Extra metal atoms from first transition metal series can intercalate up to 1:3 ratio.
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The vertebrae in the neck region are tightly bonded together. The ribs start at the twelfth vertebra, which supports the ilium. The tail consists of 8 vertebrae of different size and shape. The first one is in contact with the sacral ribs, three vertebrae at the far end of the tail are tiny in size, and the other four vertebrae form the middle of the tail.
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A chemical compound can be either atoms bonded together in molecules or crystals in which atoms, molecules or ions form a crystalline lattice. Compounds based primarily on carbon and hydrogen atoms are called organic compounds, and all others are called inorganic compounds. Compounds containing bonds between carbon and a metal are called organometallic compounds. Compounds in which components share electrons are known as covalent compounds.
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Then, just two days before Christmas, while the team awaited its Chicago Stadium game with California, three fifths of the starting lineup were declared ineligible. Rich Jones, Ron Dunlap and Steve Kuberski never again played for Illinois, and Harry Combes and his assistant Howie Braun was forced to resign at the end of the season. The team that remained bonded together and defeated Cal, 97-87.
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The Schwartz House is a three-story, thin-shell, white-painted hemispherical dome structure, constructed with a circular plan. The dome is constructed of layers of 2 inch by 4 inch by 10 foot extruded Styrofoam boards bonded together. The Styrofoam dome is covered with approximately 3 inches of spray-applied concrete over reinforcing steel. Three large arched openings holding windows are cut out of the dome.
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Though ecstatic to have her back, Bridget and Dante prepared to fight Felicia for custody of Dino. Over the next number of weeks, the child bonded together Dante and Felicia instead, and Bridget gave up on Dante. Dante eventually proposed to Felicia, although he was still in love with Bridget. On their wedding day, Felicia saw Bridget staring at Dante and a heated confrontation ensued.
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During the Second World War, considerable defences were built along the coast as a part of British anti-invasion preparations, though the north coast of Somerset was an unlikely invasion site. Some of the structures remain to this day. Most notable are the pillboxes on the foreshore of Dunster Beach. These are strong buildings made from pebbles taken from the beach and bonded together with concrete.
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The skeletal structure of an organic compound is the series of atoms bonded together that form the essential structure of the compound. The skeleton can consist of chains, branches and/or rings of bonded atoms. Skeletal atoms other than carbon or hydrogen are called heteroatoms.IUPAC Recommendations 1999, Revised Section F: Replacement of Skeletal Atoms The skeleton has hydrogen and/or various substituents bonded to its atoms.
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Wheel steering is standard (though a tiller was an option on the 37R). The rudder is an internally-mounted spade- type with a "spitfire wing" planform. The rudder is constructed of two molded composite shells which are bonded together and injected with two-part foam for added strength. The rudder post is all stainless steel with a flat stainless steel plate reinforcing weldment positioned within the rudder.
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One third of gorilla groups in East Africa have two grown males in their group. Most primates are bonded together by the relationship between females, a pattern also seen in many human families. Once they reach maturity, both females and males usually leave the group. Females usually join another group or a lone silverback adult male, whereas males may stay together temporarily, until they attract females and establish their own groups.
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Hypertufa plantersHypertufa is an anthropic rock made from various aggregates bonded together using Portland cement. Hypertufa is intended as a manufactured substitute for natural tufa, which is a slowly precipitated limestone rock; being very porous, it is favorable for plant growth. Hypertufa is popular for making garden ornaments, pots and land forms. Hypertufa is relatively light compared with terracotta or traditional concrete and can withstand harsh winters, at least down to .
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The DVDplus is a dual-sided disc similar to the DualDisc. It is an optical disc storage technology that combines the technology of DVD and CD in one disc. A DVD and a CD-compatible layer are bonded together to provide a multi- format hybrid disc. DVDplus, like DualDisc, is not a new format as such: it combines two existing formats, DVD and CD, to produce a new product.
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The individual macrocilium is between 50 and 60 micrometres long and 6 to 10 micrometres thick, with the cilia bonded together in a hexagonal cross-sectional structure by permanent fibrils in three different planes. A system of tubules connects the basal bodies from which the macrocilia grow. The macrocilia move in unison. They are angled towards the gullet and are stacked on top of each other like roof tiles.
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1) Two pieces of leaf (gold or silver, platinum) are heated over an ash-banked fire and bonded together. An additional bonding is then done to further strengthen the leaf and add thickness. 2) The bonded leaf is cut with bamboo knife on a deer-skin-covered table. 3) The bonded leaf is affixed with glue(seaweed glue, funori and hide glue, nikawa) to the object to be decorated.
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Samundar The noun "Samundar" is Amjad Islam Amjad's metaphorical reference to the world that surrounds us all. An Abyss full of unique human characteristics, frailties and triumphant human spirit. The Drama tells the story of FIVE unique friends bonded together by friendship and a common purpose in business partnership. Their lives are essentially torn apart by greed, lust for wealth, impulsive power, scandalous ambition and lack of mores.
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Abrasive machining processes can be divided into two categories based on how the grains are applied to the workpiece. In bonded abrasive processes, the particles are held together within a matrix, and their combined shape determines the geometry of the finished workpiece. For example, in grinding the particles are bonded together in a wheel. As the grinding wheel is fed into the part, its shape is transferred onto the workpiece.
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A grinding wheel is an expendable wheel used for various grinding and abrasive machining operations. It is generally made from a matrix of coarse abrasive particles pressed and bonded together to form a solid, circular shape, various profiles and cross sections are available depending on the intended usage for the wheel. Grinding wheels may also be made from a solid steel or aluminium disc with particles bonded to the surface.
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The disadvantage of doing this is that the two lines have to be bonded together at intervals less than a quarter wavelength apart. The bilateral structure can also be used to couple two independent lines across their broad side. This gives much stronger coupling than side-by-side coupling and allows coupled-line filter and directional coupler circuits to be realised that are not possible in standard stripline.
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A typical AM broadcast antenna is a series-fed monopole antenna above a ground system. The ground system normally comprises 120 buried copper or phosphor bronze radial wires at least one-quarter wavelength long and a ground-screen in the immediate vicinity of the tower. All the ground system components are bonded together, usually by brazing or using coin silver solder to minimize corrosion. These antennas have insulated bases.
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Cross-talk, responding directly to the speaker, is allowed. At the meeting closing members hold hands and recite the WFS motto, "We are capable and competent, caring and compassionate, always willing to help another, bonded together in overcoming our addictions." A telephone list is distributed and members are allowed to call each other throughout the week. If someone has been hospitalized or has returned to drinking, other members will call her to offer their support.
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One of Blomstrand's goals was to develop an understanding of how atoms are bonded together to form compounds and the resulting chemical structures of compounds. He attempted to reconcile the dualistic theory of Jöns Jacob Berzelius with unitary and type theories. Blomstrand developed the most widely accepted of the 19th century theories of coordination complexes. His chain theory (1869) was further developed, modified, and experimentally supported by his colleague Sophus Mads Jørgensen.
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Also, Thr52 and Glu50 are hydrogen bonded together. Additional change in the conformation due to the mutation of the muconate lactonizing enzyme can result in a 21-30 loop. This can lead to a major difference in the active sites because it shows the difference in the polarity of an amino acid. In Cl-muconate lactonizing enzyme, Ile19 and Met21 are less polar compared to His22 (same position as Ile19) for muconate lactonizing enzyme.
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The Softride Suspension System was launched at the Interbike 1989 bike show. The original SRS systems consisted of two foam filled fiberglass boxes bonded together with a viscoelastic layer. Originally intended for the use in mountain bikes, Softride produced its first full-fledged mountain bike, the PowerCurve, in 1991. During 1996 Softride released its first aluminum frame road bike, the Classic TT. The Softride Suspension System is used almost exclusively for triathlon racing.
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The shoulder mounted wings were straight tapered in plan with sweep on both edges. They were built around a single, broad chord spar of unusual construction; both upper and lower flanges consist of layers of 0.4 mm (0.016 in) light alloy sheets, eleven of them at the root, bonded together. Each layer has a different length so the flanges become thinner outboard. At the tip there are only two layers in each flange.
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Round city of Baghdad Baghdad was founded 1,258 years ago on the 30 July 762. It was designed by caliph Al-Mansur. According to 11th- century scholar Al-Khatib al-Baghdadi – each course consisted of 162,000 bricks for the first third of the wall's height, 150,000 for the second third and 140,000 for the final section, bonded together with bundles of reeds. The outer wall was 80ft high, crowned with battlements and flanked by bastions.
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With the introduction of the Pentium II CPU, the need for greater access for testing had made the transition from socket to slot necessary. Previously with the Pentium Pro, Intel had combined processor and cache dies in the same Socket 8 package. These were connected by a full-speed bus, resulting in significant performance benefits. Unfortunately, this method required that the two components be bonded together early in the production process, before testing was possible.
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During his reign, it was said the City Council would vote according to Hamann's nod. In 1963, the State of California imposed Local Agency Formation Commissions statewide, but largely to try to maintain order with San Jose's aggressive growth. Eventually the political forces against growth grew as local neighborhoods bonded together to elect their own candidates, ending Hamann's influence and leading to his resignation. While the job was not complete, the trend was set.
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The surface of a parallel can often tell how it was manufactured, with a 'grain' showing that it was ground - and a smooth or mirrored finish showing it has been lapped. Parallels that have a good surface tolerance can be lightly bonded together by sliding or rotating two parallels together, and the smooth surfaces allows a temporary molecular-attraction to take place - this is known as Wringing and is also found with gauge blocks.
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Iron pentahydride FeH5 is a superhydride compound of iron and hydrogen, stable under high pressures. It is important because it contains atomic hydrogen atoms that are not bonded into smaller molecular clusters, and may be a superconductor. Pairs of hydrogen atoms are not bonded together into molecules. FeH5 has been made by compressing a flake of iron with hydrogen in a diamond anvil cell to a pressure of 130 GPa and heating to below 1500K.
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The Chepeko was Carlton's first project to produce a kit car that was easy to build, and reasonably practical for everyday use. To this end, it was based on the floorpan (chassis) of a 1960s Volkswagen Beetle coupled with the available range of engines that would mate with the drivetrain. It was a two-seater, with gull-wing doors. The kit comprised a one-piece body shell, built from separate glass-fibre mouldings bonded together.
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A television series aired on Discovery Kids from 1999-2003. In each location, the show followed a group of eight young adults as they learned to work together and help each other survive in the wilderness. Under the guidance of instructors from the Outward Bound school, the group members struggled to cope with nature and each other, with success and failure, with physical and mental challenges, and finally bonded together from the experience.
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Also heating cables for car seat heating and Selective Catalytic Reduction tubes, adblue tanks. Metal fiber heating cables show an extremely high flexibility and durability when compared to copper wire. Aerospace Metal fiber filters are used for Hydraulic fluid filtration in aircraft hydraulic systems. When compared to glass fiber filtration media, metal fibers show excellent durability, as the fibers are metallically bonded together by sintering, instead of kept together by a binder material.
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The Tai village consisted of nuclear families working as subsistence rice farmers, living in small houses elevated above the ground. Households bonded together for protection from external attacks and to share the burden of communal repairs and maintenance. Within the village, a council of elders was created to help settle problems, organise festivals and rites and manage the village. Village would combine to form a Mueang (), a group of villages governed by a Chao () (lord).
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It also included a massive ground grid, made of 10 AWG wire bonded together to create a mesh with squares. It was laid underground up to the radials in the area between the high and low antennas. Weather proved to be a challenge for the FRD-10 antennas. For example, the antenna at NSGA Winter Harbor had problems due to frost heaving the ground and shifting the reflector screens out of alignment.
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Furthermore there was also a partnership with the Brunswick Aircraft Corporation for expertise on the novel use of aluminum honeycomb panels bonded together to form a lightweight, rigid "tub". The car was designated as the J-car, as it was constructed to meet the new Appendix J regulations which were introduced by the FIA in 1966. The first J-car was completed in March 1966 and set the fastest time at the Le Mans trials that year.
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Another significant piece of Caro´s is the pastel Maternity, juried at the 10th Annual Northeast National Pastel Exhibition and receiving the "Outstanding Portrait Award". According to jurors this painting represents "a metaphor of modern family, the interplay between the oldest of bonds between a mother and daughter and the new technology, the tension between physical connection and mental distance; each of the two is in her own universe on her owm device yet both warmly bonded together".
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A bonded twisted pair is a construction variant in which the two wires of each pair are bonded together for the length of the cable. Pioneered by Belden, it is intended to help assure configuration consistency during and after installation. One key benefit is that the noise immunity performance of the cable can be protected despite potentially rough handling. This may not be necessary and it could have detrimental effects in applications which require flexible cable.
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Nonwoven fabrics are broadly defined as sheet or web structures bonded together by entangling fiber or filaments (and by perforating films) mechanically, thermally or chemically. They are flat or tufted porous sheets that are made directly from separate fibres, molten plastic or plastic film. They are not made by weaving or knitting and do not require converting the fibres to yarn. Typically, a certain percentage of recycled fabrics and oil- based materials are used in nonwoven fabrics.
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For building electrical grounding systems or earthing systems, there is a low resistance conductor bonding the metalwork and this is connected to a groundbed. The electrodes for electrical grounding are often called ground rods and are often made from steel with a copper clad surface – typically 1 to 2 m long and in diameter. These are driven vertically into the ground and bonded together with bare copper wire.Electrical Engineer's Reference Book, Sixteenth edition by M. A. Laughton CEng.
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Chechen society is structured around tukkhum (unions of clans) and about 130 teip, or clans. The teips are based more on land and one-side lineage than on blood (as exogamy is prevalent and encouraged), and are bonded together to form the Chechen nation. Teips are further subdivided into gar (branches), and gars into nekye (patronymic families). The Chechen social code is called nokhchallah (where Nokhchuo stands for "Chechen") and may be loosely translated as "Chechen character".
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Electroformed metal can be extremely pure, with superior properties over wrought metal due to its refined crystal structure. Multiple layers of electroformed metals can be bonded together, or to different substrate materials to produce complex structures with "grown-on" flanges and bosses. Tolerances of 1.5 to 3 nanometres have been reported. A wide variety of shapes and sizes can be made by electroforming, the principal limitation being the need to part the product from the mandrel.
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Pure acetylene is odorless, but commercial grades usually have a marked odor due to impurities.Compressed Gas Association (1995) Material Safety and Data Sheet – Acetylene As an alkyne, acetylene is unsaturated because its two carbon atoms are bonded together in a triple bond. The carbon–carbon triple bond places all four atoms in the same straight line, with CCH bond angles of 180°.Whitten K. W., Gailey K. D. and Davis R. E. General Chemistry (4th ed.
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The first operation to occur during desorption atmospheric pressure photoionization is desorption. Desorption of the sample is initiated by a hot jet of solvent vapor that is targeted onto the sample by a nebulizer microchip. The nebulizer microchip is a glass device bonded together by pyrex wafers with flow channels embedded from a nozzle at the edge of the chip. The microchip is heated to 250-350^\circC in order to vaporize the entering solvent and create dopant molecules.
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The Brubaker Box was assembled on a complete Volkswagen Type I chassis. Due to the extended length of the body compared to that of a standard Volkswagen Beetle, the foot pedal assembly was relocated forward and up from the standard position. The fuel tank was moved from the front to the center of the vehicle for increased safety . Constructed from fiberglass, the body was made from 13 inner and outer panels, including a floor panel, riveted and bonded together.
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Afwillite is composed of double chains that consist of calcium and silicon polyhedral connected to each other by sharing corners and edges. This causes continuous sheets to form parallel to its miller index [-101] faces. The sheets are bonded together by hydrogen bonds and are all connected by Ca-Si-O bonds (Malik and Jeffery, 1976). Each calcium atom is in 6-fold octahedral coordination with the oxygen, and the silicon is in 4-fold tetrahedral coordination around the oxygen.
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Equipotential bonding involves electrically connecting metalwork so that it is at the same voltage everywhere. Exact rules for electrical installations vary by country, locality, or supplying power company. Equipotential bonding is done from where the distribution wiring enters the building to incoming water and gas services. It is also done in bathrooms where all exposed metal that leaves the bathroom including metal pipes and the earths of electrical circuits must be bonded together to ensure that they are always at the same potential.
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Multiple colored swatches of non-woven fabric Nonwoven fabric is a fabric-like material made from staple fibre (short) and long fibres (continuous long), bonded together by chemical, mechanical, heat or solvent treatment. The term is used in the textile manufacturing industry to denote fabrics, such as felt, which are neither woven nor knitted. Some non-woven materials lack sufficient strength unless densified or reinforced by a backing. In recent years, non- wovens have become an alternative to polyurethane foam.
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Carbon aerogels are composed of particles with sizes in the nanometer range, covalently bonded together. They have very high porosity (over 50%, with pore diameter under 100 nm) and surface areas ranging between 400 and 1,000 m2/g. They are often manufactured as composite paper: non-woven paper made of carbon fibers, impregnated with resorcinol–formaldehyde aerogel, and pyrolyzed. Depending on the density, carbon aerogels may be electrically conductive, making composite aerogel paper useful for electrodes in capacitors or deionization electrodes.
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Niobium diselenide exists in several forms, including 1H, 2H, 4H and 3R, where H stands for hexagonal and R for rhombohedral, and the number 1, 2, etc., refers to the number of Se-Nb-Se layers in a unit cell. The Se-Nb-Se layers are bonded together with relatively weak van der Waals forces, and can be exfoliated into 1H monolayers. They can be offset in a variety of ways to make different crystal structures, the most stable being 2H.
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Scalebound was an action role-playing video game played in a third-person perspective, in which players assumed control of Drew, as he progressed through the world of Draconis. Players are accompanied by a dragon called Thuban, who would assist Drew throughout the game. Drew and Thuban are bonded together, and Thuban's death would cause Drew to die as well and vice versa. Thuban is usually controlled by artificial intelligence, but players can give commands to the dragon when performing attacks.
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For example, cross-linked polymers are less capable of diffusion and interdigitation because they are bonded together at many points of contact, and are not free to twist into the adjacent surface. Uncrosslinked polymers (thermoplastics), on the other hand are freer to wander into the adjacent phase by extending tails and loops across the interface. Another circumstance under which diffusive bonding occurs is “scission”. Chain scission is the cutting up of polymer chains, resulting in a higher concentration of distal tails.
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Most aquaria consist of glass panes bonded together by 100% silicone sealant, with plastic frames attached to the upper and lower edges for decoration. The glass aquarium is standard for sizes up to about . However, glass as a material is brittle and has very little give before fracturing, though generally the sealant fails first. Aquaria are made in a variety of shapes, such as cuboid, hexagonal, angled to fit in a corner (L-shaped), and bow-front (the front side curves outwards).
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There are several laminated glass manufacturing processes: The first method utilizes two or more pieces of glass bonded between one or more pieces of plasticized polyvinyl butyric resin using heat and pressure. The second method uses two or more pieces of glass and poly-carbonate, bonded together with aliphatic urethane inter-layer under heat and pressure. The third type of laminated glass is interlaid with a cured resin. Each manufacturing process may include glass layers of equal or unequal thickness.
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The two or three dies had to be bonded together early in the production process, before testing was possible. This meant that a single, tiny flaw in either die made it necessary to discard the entire assembly, which was one of the reasons for the Pentium Pro's relatively low production yield and high cost. All versions of the chip were expensive, those with 1024 KB being particularly so, since it required two 512 KB cache dies as well as the processor die.
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Grinding wheel Grinding wheels A grinding wheel is a wheel composed of an abrasive compound and used for various grinding (abrasive cutting) and abrasive machining operations. Such wheels are used in grinding machines. The wheels are generally made from a composite material consisting of coarse- particle aggregate pressed and bonded together by a cementing matrix (called the bond in grinding wheel terminology) to form a solid, circular shape. Various profiles and cross sections are available depending on the intended usage for the wheel.
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This test is a diagnostic for GSID. Other tests which can aid in the diagnosis of GSID but which are not truly diagnostic for the disease are the sucrose breath test, and a genetic test which tests for the absence of certain genes which are thought to be responsible for GSID. Sucrose (also called saccharose) is a disaccharide and is a two-sugar chain composed of glucose and fructose which are bonded together. A more familiar name is table, beet, or cane sugar.
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1998, 114. The copper content must be greater than the lime content in order to create a blue frit.Tite et al. 1998, 112-113. Ultimately the frit consists of cuprorivaite (CaCuSi4O10) crystals and “partially reacted quartz particles bonded together” by interstitial glass.Hatton, Shortland, and Tite 2008, 1591. Despite an argument to the contrary, scientists have found that, regardless of alkali content, the cuprorivaite crystals develop by “nucleation or growth within a liquid or glass phase.”Pradell et al. 2006, 1430-1431.
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The Mexican brewery, Cervecería Modelo, was founded in 1925 by a group of businessmen, including don Pablo Díez Fernández -- who became the company's President, CEO and major stockholder -- and Felix Aramburuzabala. Felix's son, Pablo Aramburuzabala, the executive vice president of the brewery, died unexpectedly in 1995 of lung cancer at the age of 63. After his death, several groups tried to gain control of his family's share in Modelo -- his wife and two daughters bonded together against these groups.Taipei Times, 2002Forbes, 2001.
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Since then, Leung Sam distrusts and shames Gam Wa, and appreciates Yat-yin's sense of justice. Leung Sam and Yat-yin had bonded together from the kidnapping case, and became even closer as he helps her find her lost relatives. At the same time, Leung Sam befriended Gum Wa as she realizes that he is not inherently bad. Gum Wa had fallen for Leung Sam, but knowing that she is self- combed, he chooses to conceal his feelings, content with just staying by her side.
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In result, the lodgepole pine are creating cones with thick- scaled cones, whilst the crossbills have evolved deeper bills to counter this. The seeds of younger serotinous cones (1–10 years) are harder for the crossbill to pry open due to them being strongly bonded together. It is the older and weathered cones that are more readily accessible as the scales begin to separate. The Cassia crossbill will mainly eat seeds from cones on the pine tree itself, but fallen cones are also foraged on as well.
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Gary Boyd designed and built his G.B.1 over two-year period from 1977. The first flight was made in December 1979 and by early 1981 more than 70 flying hours had been achieved. The G.B.1 was a monoplane almost entirely built from pre-moulded glass fibre components bonded together with polyester resin; these components, together with plans, were available to amateur builders. This structural approach was intended to make construction simple and also allowed the easy removal of the outer wing panels for transport.
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Chromatic aberration is caused by the dispersion of the lens material—the variation of its refractive index, n, with the wavelength of light. Since, from the formulae above, f is dependent upon n, it follows that light of different wavelengths is focused to different positions. Chromatic aberration of a lens is seen as fringes of colour around the image. It can be minimised by using an achromatic doublet (or achromat) in which two materials with differing dispersion are bonded together to form a single lens.
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At the time, the general aviation market was priced beyond the means of the average consumer. Bede believed the way to solve this problem was to have prospective pilots build their own aircraft, as labor costs were a major part of the overall price of a delivered aircraft. The BD-1 was a simple and fairly conventional low-wing two-seat design that used some of the latest techniques in aircraft construction. The fuselage was built primarily of aluminum honeycomb bonded together instead of riveted.
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" Molly Eichel of The A.V. Club wrote, "What I did really like about the family aspect of 'Œuf' was a minor branch of the theme that ended up being its strongest: the interactions of the BAU team. I've loved the interplay between Hettienne Park, Scott Thompson, and Aaron Abrams since the beginning. They're a family too, one bonded together by the horror that they've collectively experienced as dispassioned outsiders. They are funny and light; they add a levity I've always welcomed to the series.
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The key advantage of the four-rail system is that neither running rail carries any current. This scheme was introduced because of the problems of return currents, intended to be carried by the earthed (grounded) running rail, flowing through the iron tunnel linings instead. This can cause electrolytic damage and even arcing if the tunnel segments are not electrically bonded together. The problem was exacerbated because the return current also had a tendency to flow through nearby iron pipes forming the water and gas mains.
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Short polypeptides, containing less than 20–30 residues, are rarely considered to be proteins and are commonly called peptides, or sometimes oligopeptides. The individual amino acid residues are bonded together by peptide bonds and adjacent amino acid residues. The sequence of amino acid residues in a protein is defined by the sequence of a gene, which is encoded in the genetic code. In general, the genetic code specifies 20 standard amino acids; but in certain organisms the genetic code can include selenocysteine and—in certain archaea—pyrrolysine.
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This means that instead of trackers cutting, shaping, and laying down the track on site by hand, the track is laser cut in a factory . This means that the track is manufactured to a higher degree of precision than could ever be achieved by hand. The track is also made so that it snaps together like Lego pieces . The track also is made of more layers of wood that are tightly bonded together instead of nailed together by hand like a traditional wooden roller coaster.
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Bimetallic materials are materials that are made out of two different metals or alloys that are tightly bonded together. A good example of a bimetallic material would be a bimetallic strip which is used in some kinds of thermometers. In ISCR, bimetallic materials are small pieces of metals that are coated lightly with a catalyst such as palladium, silver, or platinum. The catalyst drives a faster reaction and the small size of the particles allows them to effectively move into and remain in the target zone.
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In 1608, he went to Prague, and on 19 September 1609, he formally entered the service of Rudolf II as his physician and imperial counsellor. Ten days later, Rudolf raised him to the hereditary nobility and gave him the title of Imperial Count Palatine. He was granted a coat of arms which depicted a bird, bonded together with a frog by a golden chain. Around this time, Maier published an extremely limited print run of De Medicina Regia et vere Heroica, Coelidonia (1609), including in it his autobiography.
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When objects are found in a fragmented state, the fragments are bonded with adhesives to achieve stability and the integrity of the object. Before bonding the fragments are held with paper adhesive tape in the exact position to join them prior to final gluing. Objects with sensitive surfaces such as glazing and painted decorations on stones and ceramics should be specially protected to avoid breaking off and/or tearing of the surface with paper adhesive tape. Once the fragments are precisely located they are bonded together with adhesives.
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Traditionally, stocks are made from wood, generally a durable hardwood such as walnut. A growing option is the laminated wood stock, consisting of many thin layers of wood bonded together at high pressures with epoxy, resulting in a dense, stable composite. Regardless of the material actually employed, the general term "furniture" is often applied to gunstocks by curators, researchers and other firearm experts. Folding, collapsible, or removable stocks tend to be made from a mix of steel or alloy for strength and locking mechanisms, and wood or plastics for shape.
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Ultra-high-molecular-weight polyethylene (UHMWPE) is synthesized from its monomer ethylene, which is bonded together to form the base polyethylene product. These molecules are several orders of magnitude longer than those of familiar high-density polyethylene (HDPE) due to a synthesis process based on metallocene catalysts, resulting in UHMWPE molecules typically having 100,000 to 250,000 monomer units per molecule each compared to HDPE's 700 to 1,800 monomers. UHMWPE is processed variously by compression moulding, ram extrusion, gel spinning, and sintering. Several European companies began compression molding UHMW in the early 1960s.
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Among the many minerals and elements he studied, he is credited with discovering cerium and selenium, and with being the first to isolate silicon and thorium. Following on his interest in mineralogy, Berzelius synthesized and chemically characterized new compounds of these and other elements. Berzelius demonstrated the use of an electrochemical cell to decompose certain chemical compounds into pairs of electrically opposite constituents. From this research, he articulated a theory that came to be known as electrochemical dualism, contending that chemical compounds are oxide salts, bonded together by electrostatic interactions.
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The air terminals are typically arranged at or along the upper points of a roof structure, and are electrically bonded together by bonding conductors (called "down conductors" or "downleads"), which are connected by the most direct route to one or more grounding or earthing terminals.Benjamin Franklin and Lightning Rods – Physics Today January 2006, Accessed 2008-06-1 9:00pm GMT. Connections to the earth electrodes must not only have low resistance, but must have low self-inductance. An example of a structure vulnerable to lightning is a wooden barn.
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A microscope image of a neuron with an inclusion body (stained orange) caused by HD, image width 250 µm There are multiple cellular changes through which the toxic function of mHTT may manifest and produce the HD pathology. In its mutant (i.e. polyglutamine expanded) form, the protein is more prone to cleavage that creates shorter fragments containing the polyglutamine expansion. These protein fragments have a propensity to undergo misfolding and aggregation, yielding fibrillar aggregates in which non-native polyglutamine β-strands from multiple proteins are bonded together via hydrogen bonds.
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The engineering principle behind chemical adhesion in this sense is fairly straightforward: if surface molecules can bond, then the surfaces will be bonded together by a network of these bonds. It bears mentioning that these attractive ionic and covalent forces are effective over only very small distances – less than a nanometer. This means in general not only that surfaces with the potential for chemical bonding need to be brought very close together, but also that these bonds are fairly brittle, since the surfaces then need to be kept close together.
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Cross-linking is the chemical process to produce textiles with wrinkle resistance. Wrinkle resistance is achieved by the crosslinking of cellulose chains to stop the molecules from moving when in contact with water or other environmental stress. Cotton cellulose polymer comprises three different regions: the crystalline region, the amorphous region, and an intermediate region between them. Although in the crystalline region the cellulose chains are closely arranged, limiting their mobility, chains in the amorphous and intermediate regions are bonded together by weaker bonds making them more susceptible to breaking.
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Weaire–Phelan structure The Weaire–Phelan structure has Pmn (223) symmetry. It has 3 orientations of stacked tetradecahedrons with pyritohedral cells in the gaps. It is found as a crystal structure in chemistry where it is usually known as the "Type I clathrate structure". Gas hydrates formed by methane, propane, and carbon dioxide at low temperatures have a structure in which water molecules lie at the nodes of the Weaire–Phelan structure and are hydrogen bonded together, and the larger gas molecules are trapped in the polyhedral cages.
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With felled timber, bark should be removed in the spring with a shovel, chisel, or bark spud. The sap is still running in spring time and provides a lubricating layer of cambium between the bark and wood, making separation an easier task than if left until the fall when the two layers are well-bonded together. Once debarked, the logs should sit to dry for at least three summers to limit splitting and checking. It is important to cut the logs, once debarked to the chosen building length.
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Each range is divided into a multitude of channels. In the standards, channels are numbered at 5 MHz spacing within a band (except in the 60 GHz band, where they are 2.16 GHz apart), and the number refers to the centre frequency of the channel. Although channels are numbered at 5 MHz spacing, transmitters generally occupy at least 20 MHz, and standards allow for channels to be bonded together to form wider channels for higher throughput. Those are also numbered by the centre frequency of the bonded group.
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This location is where dozens of ancient burial tombs attributed to the time of ancient Israel and Judah as well as the Byzantine rule were found. The modern villagers used the tombs as dwellings or as enclosers for livestock. Many of the burial tombs are inhabited until today.Yonatan Shiloni (May 1986), תכנית שיקום ובינוי לכפר סילואן ["Restoring and Construction Plan for the Village of Silwan"], in "ירושלים: כעיר שחוברה יחדיו" [Jerusalem: A City Bonded Together], אריאל: כתב עת לידעת הארץ [Ariel: Journal of the Geography of Israel], year eight, issue 44–45, pp.
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Set during Rhodesia's the war years of the 1970s,WorldCat - Shamwari the story is about two men who are bonded together by chains.The Cinema of Apartheid: Race and Class in South African Film, By Keyan Tomaselli - Chapter Seven, Marketing a Product The film bears a similarity to an earlier film, The Defiant Ones that starred Sidney Poitier and Tony Curtis. Like the characters in The Defiant Ones, there is racial hatred between the two of them. The two main characters who have escaped from a harsh chain gang.
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308x308px 139x139pxα-keratin is a polypeptide chain, typically high in alanine, leucine, arginine, and cysteine, that forms a right-handed α-helix. Two of these polypeptide chains twist together to form a left-handed helical structure known as a coiled coil. These coiled coil dimers, approximately 45 nm long, are bonded together with disulfide bonds, utilizing the many cysteine amino acids found in α-keratins. The dimers then align, their termini bonding with the termini of other dimers, and two of these new chains bond length- wise, all through disulfide bonds, to form a protofilament.
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The corrugated fiberboard consists of two kraft liner board outer surfaces with a corrugated interior that is bonded together with adhesive or glue. This bonded material provides the necessary strength for the push-pull device to clamp the slip sheet once or twice. There are several disadvantages associated with this type of slip sheet material including that it is not very durable, moisture resistant, resistant to high humidity or usable in cold storage areas. The advantages associated with this material are low cost, one-way use, and its ability to be moved by a conveyor or lift truck with a slip sheet device.
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Phase diagram of sulfur showing the relative stabilities of several allotropes STP Phase diagram for solid oxygen Oxygen's most common allotrope is diatomic oxygen, or O2, a reactive paramagnetic molecule that is ubiquitous to aerobic organisms and has a blue color in its liquid state. Another allotrope is O3, or ozone, which is three oxygen atoms bonded together in a bent formation. There is also an allotrope called tetraoxygen, or O4, and six allotropes of solid oxygen including "red oxygen", which has the formula O8. Sulfur has over 20 known allotropes, which is more than any other element except carbon.
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The most famous example of the Maestà is the Maestà with Twenty Angels and Nineteen Saints, an altarpiece comprising many individual paintings commissioned by the city of Siena in 1308 from the artist Duccio di Buoninsegna. The painting was installed in the city's cathedral on June 9, 1311. Although it took a generation for its effect truly to be felt, Duccio's Maestà set Italian painting on a course leading away from the hieratic representations of Byzantine art towards more direct presentations of reality. Creating this altarpiece assembled from many wood panels bonded together before painting was an arduous undertaking.
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In contrast, permanent houses inland were constructed with a mud mixture formed into bricks, strengthened using stones bonded together with a mixture of red clay and manure. The geographical context of a tribe or group determined the type of materials that were used in the construction of buildings, meaning that most structures were made of materials drawn from the surrounding environment. These ranged from coral, mud and stone through to palm fronds and animal hair. The harsh climate of the United Arab Emirates created a need for ventilation due to high temperature periods of the year.
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The genome organisation of HBV; the genes overlap Hepadnaviruses have very small genomes of partially double- stranded, partially single stranded circular DNA (pdsDNA). The genome consists of two strands, a longer negative-sense strand and a shorter and positive- sense strand of variable length. In the virion these strands are arranged such that the two ends of the long strand meet but are not covalently bonded together. The shorter strand overlaps this divide and is connected to the longer strand on either side of the split through a direct repeat (DR) segment that pairs the two strands together.
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The outside cylinder was manufactured on-site from twelve sets of panels sent from the factory; the inside cylinder for the elevator was installed as one piece after three sections of 5 panels each were bonded together next to the hotel. The Aquadom is the largest (by volume) acrylic cylindrical aquarium in the world, with a diameter of about and a height of about , resting on a tall foundation. Filled with of water, it contains over 1,500 fish of 50 species. The feeding of the fish and the cleaning of the fish tank is performed daily by 3-4 divers.
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As a hard base, water reacts readily with organic carbocations; for example in a hydration reaction, a hydroxyl group () and an acidic proton are added to the two carbon atoms bonded together in the carbon-carbon double bond, resulting in an alcohol. When addition of water to an organic molecule cleaves the molecule in two, hydrolysis is said to occur. Notable examples of hydrolysis are the saponification of fats and the digestion of proteins and polysaccharides. Water can also be a leaving group in SN2 substitution and E2 elimination reactions; the latter is then known as a dehydration reaction.
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On March 15, 1821, an ignorance of the leader of the revolution in which he had defined his start on March 25, Chondrogiannis asked his money from Zaimis and together with his six children along with Petioti which let him ambushed in Chelonospila at the Turkish agent. When he disappeared the and took with speed and headed to Tripolitsa and was used during the revolution. Together with the agent were also Tambakopoulos and Konstantinoupolitis, in which wend luckily to Tripolitsa. Tambakopoulos had money and bonded together with him and took that and later abandonedly fled and left.
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The other Te-Mo-Te angle across sublayers is 136.0°. The distance between molybdenum atoms within a sublayer is 3.518 Å. This is the same as the distance between tellurium atoms in a sublayer. The distance between a tellurium atom in one sublayer and the atom in the other sublayer is 3.60 Å. The layers are only bonded together with van der Waals force. The distance between tellurium atoms across the layers is 3.95 Å. The tellurium atom at the bottom of one layer is aligned with the centre of a triangle of tellurium atoms on the top of the layer below.
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Fibreglass was moulded in two major units (outer and inner) and then bonded together and bolted to a steel chassis. Meanwhile, on 25 April 1968, a year before BMC celebrated their 2,000,000th Mini Reliant sales director T.H.Scott personally drove the 50,000th Regal 3/25 off the assembly line at Reliant's Tamworth plant. A few months later, in August 1968, the 701 cc engine introduced in the Reliant Rebel the previous autumn found its way into the Regal. For the three-wheeler, the compression ratio was lowered to 7.5:1, reducing the power to a claimed 29.5 bhp from the Rebel's 35 bhp.
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A primary component of earthing systems is static dissipation (system grounding), whether it be lightning-induced or friction-induced (like wind blowing against an antenna mast). System grounding is required for use in systems like utility distribution systems, telecommunications systems, and in commercial/residential buildings where any significant metal system must be bonded together and referenced to the earth at one point. System grounding works by sending any built up static discharge to the ground through a heavy grounding electrode conductor and then into an earthing electrode. System Grounding is not to be confused with Equipment Grounding.
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This tradition originates in Medieval Europe. The earliest guilds were "frith" or "peace" guilds - groups bonded together for mutual protection following the breakdown of the kins, which were groups related by blood ties. Merchant guilds – associations of international trades – were powerful in the twelfth and thirteenth centuries, but lost their ascendancy with the rise of the craft guilds – associations of master craftsmen, journeymen, apprentices and the various trades connected with a particular craft. The College of Arms in London awarded a coat of arms of The Guild of Master Craftsmen in 1992, after four years of assessment.
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In polymer chemistry the kinetic chain length of a polymer, ν, is the average number of units called monomers added to a growing chain during chain-growth polymerization. During this process, a polymer chain is formed when monomers are bonded together to form long chains known as polymers. Kinetic chain length is defined as the average number of monomers that react with an active center such as a radical from initiation to termination.Rudin, Alfred The Elements of Polymer Science and Engineering (Academic Press 1982) p.209-211 This definition is a special case of the concept of chain length in chemical kinetics.
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In addition to their initial attempts in the molding of plywood into functional furniture, the Eameses developed a leg splint for wounded soldiers during WWII. This was in response to the war's medical officers in combat zones reporting the need for improved emergency transport splints. The Eameses created their splints from wood veneers, which they bonded together with a resin glue and shaped into compound curves using a process involving heat and pressure. With the introduction of plywood splints, they were able to replace problematic metal traction splints that had side effects of inducing gangrene due to impairment of blood circulation.
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Sintered metal fibers Sintered media metal fibers are converted into fiber media either as non-woven fleece or sintered structures composed of fibers ranging from 1.5 to 80 μm in diameter. These porous metal fiber media have been used for their uniqueness in highly demanding applications. The benefit of having the combination of an outstanding permeable material (porosities up to 90% for sintered and up to 99% for non-woven structures) combined with high corrosion and temperature resistance is highly valued. The sintered porous structure has no binder as the individual fibers are strongly bonded together by inter-metallic diffusion bonding.
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Work Drugs is a Philadelphia based recording project started by Thomas Crystal and Benjamin Louisiana on the banks of the Delaware River. Self-described as a band that "makes music specifically for boating, sexting, dancing, yachting, and living" or "Philadelphia's premier Bat Mitzvah and Quinceanera party band", Work Drugs' name was given by their friend Eduardo S. as they were sailing the Baja of Mexico. Band members Tom and Ben bonded together in sailing school over music, which is when they started composing songs for their first album. Their music has been compared with that of Steely Dan by the Guardian website.
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Molecules, by definition, are most often held together with covalent bonds involving single, double, and/or triple bonds, where a "bond" is a shared pair of electrons (the other method of bonding between atoms is called ionic bonding and involves a positive cation and a negative anion). Molecular geometries can be specified in terms of bond lengths, bond angles and torsional angles. The bond length is defined to be the average distance between the nuclei of two atoms bonded together in any given molecule. A bond angle is the angle formed between three atoms across at least two bonds.
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Endolytic alginate lyases, like those found in the PL-7 family, have active sites which are wide open. Exolytic alginate lyases, like those found in the PL-15 family, have a catalytic groove which is blocked on one end, forming a pocket. Due to differences in the way they fold, alginate lyases can be grouped based on whether they contain a β-jelly roll, an (α/α)n toroid, or a right-handed β-helix. Most of the currently characterized alginate lyases belong to the β-jelly roll class, in which a curved anti-parallel inner and an outer β-sheet are bonded together.
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Nagaiya, or age mates, are individuals bonded together for life in a manner similar to siblings, though not necessarily blood relations. Two individuals can become nagaiya if they are born at the same time or if their mothers are isolated in the birthing hut at the same time. Boys have a second opportunity to become nagaiya if they go through the manhood initiation ceremony together. (This ceremony consists of living isolated in the forest for a month, receiving a new name, getting piercings, and playing music with sacred flutes.) Women can become nagaiya, but it is not as important for them as it is for men.
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The Pentium Pro from Intel is the first of their sixth-generation CPUs targeted at the consumer and server markets. The processor was relatively unusual in that the Pentium Pro used a unique "on-package cache" arrangement; the processor and the cache were on separate dies in the same package and were connected closely by a full-speed bus. The dies had to be bonded together early in the production process, before testing was possible. This meant that a single, tiny flaw in either die made it necessary to discard the entire assembly, which was one of the reasons for the Pentium Pro's relatively low production yield and high cost.
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A sandwich panel is a composite of three or more materials bonded together to form a structural panel. It takes advantage of the shear strength of a low density core material and the high compressive and tensile strengths of the GFRC facing to obtain high strength-to-weight ratios. Public Library Lope de Vega in Tres Cantos, Madrid The theory of sandwich panels and functions of the individual components may be described by making an analogy to an I-beam. The core in a sandwich panel is comparable to the web of an I-beam, which supports the flanges and allows them to act as a unit.
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The purpose of a scrubber or gas-washing bottle is to scrub the gas such that the liquid absorbs one (or more) of the gaseous components to remove it from the gas stream, effectively purifying the gas stream. Because frits are made up of particles of glass that are bonded together by small contact areas, they are not normally used in strongly alkaline conditions, as these can dissolve the glass to some extent. This is not normally a problem, as the amount dissolved is usually minute, but the equally minute bonds in a frit can be dissolved away by strong alkalis, causing the frit to fall apart over time.
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Kionix sensors are designed, manufactured, and tested at Kionix headquarters in Ithaca, NY. The ASICs used in Kionix accelerometers are designed in Ithaca, and fabricated elsewhere in the US. Wafers of sensor die and ASIC die are shipped from Ithaca to packaging houses in Asia, where the final product is created. At the packaging houses, the wafers of sensor die and ASIC die are diced into individual units, fastened one each to a lead frame, and wire-bonded together. Liquefied plastic is then squeezed into the frame and, once set, each part is cut from its construction housing. Lastly, the company logo and part number are silk-screened onto each part.
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Such IR observations have determined that in dense clouds (where there are enough particles to attenuate the destructive UV radiation) thin ice layers coat the microscopic particles, permitting some low-temperature chemistry to occur. Since hydrogen is by far the most abundant molecule in the universe, the initial chemistry of these ices is determined by the chemistry of the hydrogen. If the hydrogen is atomic, then the H atoms react with available O, C and N atoms, producing "reduced" species like H2O, CH4, and NH3. However, if the hydrogen is molecular and thus not reactive, this permits the heavier atoms to react or remain bonded together, producing CO, CO2, CN, etc.
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The key concepts of physical chemistry are the ways in which pure physics is applied to chemical problems. One of the key concepts in classical chemistry is that all chemical compounds can be described as groups of atoms bonded together and chemical reactions can be described as the making and breaking of those bonds. Predicting the properties of chemical compounds from a description of atoms and how they bond is one of the major goals of physical chemistry. To describe the atoms and bonds precisely, it is necessary to know both where the nuclei of the atoms are, and how electrons are distributed around them.
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Dyson looks from inside a child's culture out toward the school's demands in order to provide conceptual substance for a theoretical view of written language development that considers broad conceptions of children's literacy resources and learning pathways. She expresses concern for the narrow windows that educators inside the official school world view children's lives, where, Dyson states, “children’s cultural worlds as children--the breadth of their textual experience, the depth of their social and symbolic adaptability—disappear.” (p. 5) < The focus is on six African American children, known as “the brothers and sisters”: Marcel, Wenona, Denise, Vanessa, Noah, and Lakeisha, who bonded together at school and considered themselves “fake” siblings.
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Gedung Kuning is presumably built on pad foundations made of mass masonry. If it was built on a strip foundation, it will run underneath and support the load-bearing walls. Pad foundation made of mass masonry typically consists of several layers of bricks where the lowest layer is usually twice the breadth of the wall above and the total height of the footings is about twoIthirds of the breadth of the wall. Masonry foundations were usually made from 75 x 215 x 100 mm burnt clay bricks bonded together with lime mortar, which makes it porous and less rigid, giving the foundation more tolerance to differential settlement as compared to cement mortar.
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He wrote the screenplay for the documentary film Living Proof: HIV and the Pursuit of Happiness (1994), based on the studio portraits of HIV-positive people by photographer Carolyn Jones. In 1998, Currier published his debut novel Where the Rainbow Ends, about a young gay man from the South who arrives to Manhattan in the late 1970s and falls in with a group of artistic friends, who are pulled apart and bonded together by the unexpected challenges of the AIDS epidemic."Book Review: Where the Rainbow Ends, by Jameson Currier". The New York Times, March 7, 1999. The novel was a shortlisted nominee for the Lambda Literary Award for Gay Fiction at the 11th Lambda Literary Awards in 1999.
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What follows is the rift between friends who were once bonded together by the cause led by the party and now finding themselves opposing each other. The movie also touches on the part where political images have been built completely based on media and PR exercises. Under pressure from the media campaign managers and in an attempt to please the monitory vote banks, the ideologies behind the parties are sacrificed, leaving the purists and youth betrayed. Amongst the betrayed are also the youth who break away to establish themselves from under the shadow of the older leadership, only to find that their good work left aside when it is time for an election ticket allotment.
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Where the components of the crystal lie at the centres of the polyhedra it forms one of the Frank–Kasper phases.. . Where the components of the crystal lie at the corners of the polyhedra, it is known as the "Type I clathrate structure". Gas hydrates formed by methane, propane and carbon dioxide at low temperatures have a structure in which water molecules lie at the nodes of the Weaire–Phelan structure and are hydrogen bonded together, and the larger gas molecules are trapped in the polyhedral cages. Some alkali metal silicides and germanides also form this structure (Si/Ge at nodes, alkali metals in cages), as does the silica mineral melanophlogite (silicon at nodes, linked by oxygen along edges).
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The chemical state of a chemical element is due to its electronic, chemical and physical properties as it exists in combination with itself or a group of one or more other elements. A chemical state is often defined as an "oxidation state" when referring to metal cations. When referring to organic materials, a chemical state is usually defined as a chemical group, which is a group of several elements bonded together. Material scientists, solid state physicists, analytical chemists, surface scientists and spectroscopists describe or characterize the chemical, physical and/or electronic nature of the surface or the bulk regions of a material as having or existing as one or more chemical states.
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On 6 December 2018, the AAIB published a second Special Bulletin. Investigators revealed that loss of control of the helicopter resulted from the tail rotor actuator control shaft (which controls the pitch of the tail rotor blades) becoming disconnected from the actuator lever mechanism that transmits the pilots' pedal inputs to control the helicopter's yaw. They have also revealed evidence of the normally stationary control shaft being spun by the tail rotor which caused the castellated nut holding the actuator lever in place to friction weld to its carrier, shear off its split pin and rotate off the threaded shaft. The locking nut and pin carrier were found loose in the tail rotor fairing and were bonded together.
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To produce a carbon fiber, the carbon atoms are bonded together in crystals that are more or less aligned parallel to the long axis of the fiber as the crystal alignment gives the fiber high strength- to-volume ratio (in other words, it is strong for its size). Several thousand carbon fibers are bundled together to form a tow, which may be used by itself or woven into a fabric. Carbon fibers are usually combined with other materials to form a composite. When permeated with a plastic resin and baked, it forms carbon-fiber-reinforced polymer (often referred to as carbon fiber) which has a very high strength-to-weight ratio, and is extremely rigid although somewhat brittle.
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As the oldest player of the season, he made an early alliance with Debbie Wanner, who happened to be the eldest woman of that season. On Day 12, he and Wanner were separated when the tribes were switched around, as he ended up moving to the Gondol tribe, along with fellow Brains Aubry Bracco and Peter Baggenstos, while Wanner ended up staying on Chan Loh with fellow Brain Neal Gottlieb. On Day 17, the remaining tribes merged, allowing Del Campo and Wanner to reunite, along with Bracco and Gottlieb, the other two Brains left in the game. The Brains were at a numbers disadvantage, though, as the old Brawns and Beauties bonded together to form their own alliance.
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Stained-glass window by Roper in St Mary's church, Talbenny, Pembrokeshire Roper has stained glass or etched windows in over twenty churches in Wales and England. His wife Nora, an artist in her own right, influenced the colours as well as the symbolism depicted in the designs, for example with the 'flower calendar' window in St Michael's Church, Michaelston- le-Pit and Christ in Majesty, a window in St Illtyd's Church, Llantwit Fardre. His approach to stained-glass windows was unique, combining cast aluminium forms with coloured antique glass and knapped chunks of float glass. These were bonded together in various formations and set into window openings creating a relief form of stained glass.
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The plot of the movie goes back to a similar outing the writer Sunil Gangopadhyay took in the early days of his poetic career. The story unfolds around a group of four friends, quite unlike each other and yet bonded together deeply. The four friends are all educated and come from different layers of society, but the urge to escape from the daily grind of city life forces them to go out into the land of tribes. Of the four friends, Asim (Soumitra Chatterjee), the leader of the pack, owns the car they drive in, has a cushy job, likes the company of girls and yet is very conscious of how he should be perceived by them.
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While most polypropylene homopolymers are too brittle and most polypropylene copolymers are too soft, certain grades of polypropylene polymers are stiff enough for engineering purposes, yet soft enough so that a geosynthetic can be handled for installation. These polymers are modified, via proprietary treatment processes and the addition of additives such as nanoparticles to attain the required physical properties. Unlike low crystalline polymers such as polypropylene, which require a post-extrusion processing such as orientation, cross-linking, and/or thermal annealing, higher crystalline polymers such as novel polymeric Alloy can be extruded as strips and welded in section without post-extrusion treatment. The sheet can be extruded into strips and welded, sown, or bonded together to form geosynthetic products.
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Only one conductor is normally passed through the probe. In particular if the clamp is closed around a two-conductor cable carrying power to equipment, the same current flows down one conductor and up the other; the meter correctly reads a net current of zero. As electrical cables for equipment have both insulated conductors (and possibly an earth wire) bonded together, clamp meters are often used with what is essentially a short extension cord with the two conductors separated, so that the clamp can be placed around only one conductor of this extension. A relatively recent development is a multi-conductor clamp meter with several sensor coils around the jaws of the clamp.
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Uncanny X-Men #219 (July 1987) A side effect occurs that Malice did not expect; Malice's and Polaris' energy matrices interweave and the two women become permanently bonded together. Mr. Sinister had known this union would occur, but did not warn Malice of it because he had wanted to use it to ensure Polaris would remain his prisoner/slave.Uncanny X-Men #239 (December 1988) After Mister Sinister is seemingly killed by Cyclops, Malice's hold over Polaris weakens.Uncanny X-Men #249 (October 1989) Polaris' alleged half-sister Zaladane, a priestess for the Savage Land's Sun People, uses the High Evolutionary's machinery to strip Polaris of her magnetic powers and take them as her own; the process also finally separates Polaris and Malice.
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During a battle, Princess Shayla realized that the power of the curse was connected to the Predazord and told the Rangers to destroy the Predazord to break the curse. With help from the Rhino and Armadillo Wild Zords, the Wild Force Megazord was able to destroy the Predazord, thus breaking the curse due to the power of the curse being connected to the Predazord. Unfortunately, when the Rangers broke the curse that corrupted the Predazord, they also lifted the original curse that trapped Zen-Aku in the wolf mask. After regenerating his true form, Zen-Aku and the Lunar Wolf Ranger fight, with Merrick being completely wrecked by Zen-Aku, who attempted to absorb him to regain the power he'd had when they were bonded together.
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Michael Bonner of Uncut viewed Eldritch as casting himself in a role where he is a "jaded observer, watching cynically as he and the world slouch towards Armageddon," adding that the songs are bonded together by "images of the apocalypse that straddle the gap between the personal and the political." Floodlands two-part opening track, "Dominion" / "Mother Russia", was inspired by "Ozymandias" (1818), a Shelley sonnet about a tyrant whose legacy of conquest diminishes as time passes by, from which one line is lifted. Bonner noted that the song seemed to have been inspired by geopolitics of the Cold War as well. Eldritch additionally took inspiration from his time in Central Europe during the aftermath of the 1986 Chernobyl disaster.
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Structural aircraft-grade plywood is most commonly manufactured from African mahogany, spruce or birch veneers that are bonded together in a hot press over hardwood cores of basswood or poplar or from European Birch veneers throughout. Basswood is another type of aviation- grade plywood that is lighter and more flexible than mahogany and birch plywood but has slightly less structural strength. Aviation-grade plywood is manufactured to a number of specifications including those outlined since 1931 in the Germanischer Lloyd Rules for Surveying and Testing of Plywood for Aircraft and MIL-P-607, the latter of which calls for shear testing after immersion in boiling water for three hours to verify the adhesive qualities between the plies and meets specifications. Howard Hughes' H-4 Hercules was constructed of plywood.
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Some of these products appear to have been interchanged in their use and are sometimes used inappropriately, as each has different characteristics, for example whether or not the product can soak into wood, its anti-fungal properties and its reaction to exposure to sun, weather, and varying temperatures. Modern flat roofs can use single large factory-made sheets such as EPDM synthetic rubber, polyvinyl chloride (PVC), thermoplastic polyolefin (TPO) etc. Although usually of excellent quality, one-piece membranes are called single plies are used today on many large commercial buildings. Modified bitumen membranes which are widely available in one-metre widths are bonded together in either hot or cold seaming processes during the fitting process, where labour skill and training play a large part in determining the quality of roof protection attained.
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In 1991, Massey took part in the inaugural World Trickshot Championship in the United Kingdom and despite not winning the event, demonstrated his skills in a special "duel" against the former World Snooker Champion Steve Davis before a live audience, hosted by TV personality Jeremy Beadle. Massey also demonstrated his ability to impart spin onto a ball with his hand, throwing s from the end of the 12-foot-long snooker table, which would then curve around and travel behind the to (snooker term: ) a placed in front of the righthand pocket, without the cue ball touching a .Amazing Trickshots: The Duel, video footage, VHS home video, MIS 10009, 1991. Massey used props and illusion as an integral part of his routine, such as two balls bonded together, magic props and card tricks.
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Flexo has an advantage over lithography in that it can use a wider range of inks, water based rather than oil based inks, and is good at printing on a variety of different materials like plastic, foil, acetate film, brown paper, and other materials used in packaging. Typical products printed using flexography include brown corrugated boxes, flexible packaging including retail and shopping bags, food and hygiene bags and sacks, milk and beverage cartons, flexible plastics, self-adhesive labels, disposable cups and containers, envelopes and wallpaper. In recent years there has also been a move towards laminates, where two or more materials are bonded together to produce new material with different properties than either of the originals. A number of newspapers now eschew the more common offset lithography process in favour of flexo.
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This regiment saw heavy combat throughout the war but the Battle of the Wilderness took the greatest toll on those from the village of Jamaica. One of Jamaica's soldiers, Sergeant Henry W. Downs of Company I, 8th Vermont Infantry, won the Medal of Honor for bravery under fire. In 1869, a great flood carried away “a mile of bridges” and damaged every dam on Ball Mountain Brook. Because of its setting near the river and the region's heavy snows, Jamaica has suffered through many damaging floods in the more than two hundred years since its founding. During this period, Jamaica and other towns in the West River Valley bonded together in a venture that was seen as the salvation of the area’s economic woes, the West River Railroad.
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The rivalry between Alan Stone and El Elegido stems back to August 6, 2010, when Alan followed the example of his brother, Chris, and turned on El Elegido, joining La Sociedads subgroup La Milicia. In 2011, the rivalry came to include battles for Stone's and Jennifer Blake's AAA World Mixed Tag Team Championship. After becoming the first man to have won the AAA Reina de Reinas Championship at the previous Verano de Escándalo event, Pimpinela Escarlata became the target of Nygma, Pasión Cristal, Polvo de Estrellas and Yuriko, four other wrestlers with transvestite gimmicks, known in Mexico as exoticos, who bonded together through their jealousy of Escarlata's success. The four attacked Escarlata at the August 19 tapings, leading to the match at Héroes Inmortales, where the new group would be represented by Polvo de Estrellas.
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The layers are only weakly bonded together, and it is possible to exfoliate layers to bilayers or monolayers. In bulk the material is semi- metallic, but when reduced to few layers it becomes a semiconductor. The conductivity of the bulk material is 620,000 S/m. The XPS spectrum shows a peak at 72.3 eV from Pt 4f core, and also has peaks from Pt 5p3/2 and Se 3d3/2 and 3d5/2 at 55.19and 54.39 eV. Phonon vibrations are designated by the infrared active A2u (Se vibrating out of plane opposite to Pt), Eu (in layer vibration, Se opposite to Pt), and Raman active A1g (Se top and bottom atoms moving out of plane in opposite directions 205 cm−1), and Eg (In plane, top and botom Se atoms moving opposite 175 cm−1).
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For propellants to oxidize and burn rapidly and effectively, the combustible ingredients must be reduced to the smallest possible particle sizes, and be as thoroughly mixed as possible. Once mixed, however, for better results in a gun, makers discovered that the final product should be in the form of individual dense grains that spread the fire quickly from grain to grain, much as straw or twigs catch fire more quickly than a pile of sawdust. Because the dry powdered ingredients must be mixed and bonded together for extrusion and cut into grains to maintain the blend, size reduction and mixing is done while the ingredients are damp, usually with water. After 1800, instead of forming grains by hand or with sieves, the damp mill-cake was pressed in molds to increase its density and extract the liquid, forming press-cake.
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More stable metal–metal bonds are expected to be longer than unstable bonds. This is shown by the fact that the Fe–Ni bond length is in between Ni–Ni and Fe–Fe bond lengths. For example, in Fe–Ni four- atom clusters (FeNi)2 which are most stable in a tetrahedral structure, the bond length of metal–metal Fe–Ni bond is 2.65Å and Fe–Fe bond is 2.85 Å. When bonding in these structures is examined, it follows that lowest energy cluster structures of iron and nickel are given by geometries with a maximum number of Fe–Fe bonds, and a small number of Ni–Ni bonds. Figure 2: Small-molecule arrangements Figure 3: Geometry of Fe–Ni five-atom clusters The simplest Fe–Ni clusters are of one iron atom and one nickel atom bonded together.
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Future high-speed infrared-guided missiles will require new dome materials that are substantially more durable than those in use today, while retaining maximum transparency across the entire operational spectrum or bandwidth. A long-standing compromise exists between optical bandpass and mechanical durability within the current group of single-phase (crystalline or glassy) IR transmitting ceramic materials, forcing missile designers to accept substandard overall system performance. Optical nanocomposites may provide the opportunity to engineer new materials that may overcome these traditional limitations. For example, transparent ceramic armor consisting of a lightweight composite has been formed by utilizing a face plate of transparent alumina Al2O3 (or magnesia MgO) with a back-up plate of transparent plastic. The two plates (bonded together with a transparent adhesive) afford complete ballistic protection against 0.30 AP M2 projectiles at 0° obliquity with a muzzle velocity of per second.
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Transgender inmates in some prisons are able to form communities with each other or with cisgender inmates, and these relationships both help prevent violence and help support those who have experienced it. Studies have been reported in which men have bonded together to prevent a transgender woman in their facility from being sexually assaulted, and to help transgender women get access to medication they needed. These groups sometimes commit violent acts to defend or avenge a friend who has been hurt, as in the case in a New York men's prison when a group of men killed another man who had attacked a young female transgender inmate; however, despite this violence, it is evident that transgender women sometimes form strong and protective bonds with other inmates that are taken away in solitary confinement. In fact, this is sometimes the purpose of segregating inmates.
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This charge is often small, because matter is made of atoms, and atoms typically have equal numbers of protons and electrons, in which case their charges cancel out, yielding a net charge of zero, thus making the atom neutral. An ion is an atom (or group of atoms) that has lost one or more electrons, giving it a net positive charge (cation), or that has gained one or more electrons, giving it a net negative charge (anion). Monatomic ions are formed from single atoms, while polyatomic ions are formed from two or more atoms that have been bonded together, in each case yielding an ion with a positive or negative net charge. During the formation of macroscopic objects, constituent atoms and ions usually combine to form structures composed of neutral ionic compounds electrically bound to neutral atoms.
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The Ordem, released in 2014, is the first Nike football to have panels bonded together, rather than stitched. It is claimed to be rounder and to perform more uniformly regardless of where it is hit, and being almost waterproof. Another change introduced by the Ordem was its decorative drawing, named "Radar Rapid Decision and Response", to make the ball more visible for players during the game. Variations of the design have been produced for various competitions including the Premier League (since 2015),Nike ball hub on PL websiteNike Premier League timeline Serie A, La Liga,La historia de los balones de La Liga by Pedro Mayo on Futbol Emotion, 12 Jul 2016 Campeonato Brasileiro Série A, the National Women's Soccer League, the 2015 AFC Asian Cup, the 2015 Copa Libertadores, 2015 Copa América (Nike Cachaña) and Copa América Centenario (Nike Ordem Ciento).
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At the Third MGC Ministerial Meeting held in Phnom Penh on June 20, 2003, the member countries adopted the Phnom Penh Road Map as a plan to accelerate the implementation of all MGC projects and activities. The Second ASEAN Informal Summit, held in Kuala Lumpur on 15 December 1997, adopted the ASEAN Vision 2020 which sets out a broad vision for ASEAN in the year 2020: an ASEAN as a concert of Southeast Asian Nations, outward looking, living in peace, stability and prosperity, bonded together in partnership in dynamic development and in a community of caring societies. In order to implement the long-term vision, action plans are being drawn up to realise this Vision. The Hanoi Plan of Action (HPA) is the first in a series of plans of action building up to the realisation of the goals of the Vision.
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Ethiopia is home to Harar. According to UNESCO, it is regarded as the fourth holy city of Islam. It has 82 mosques, three of which date from the 10th century, as well as 102 shrines.The fourth holiest Muslim city The city of Harar is located in Eastern Ethiopia and got its role of being an Islamic center in the 16th century AD. Harar is contained by a djugel, a wall built of local Hashi stone bonded together by mud and wood and it was able to protect the city from the invasion of the non-Muslim Oromo in 1567. Harar began to develop the characteristics of an Islamic city with the Shafi‘i school in the 19th century as well as Harar serving as a conduit for the spreading of Islam in the Oromo population during a Islamization campaign under the reign of Amir Muhammad.
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Construction plan of the Castillo de San Marcos from 1677 The European city of St. Augustine was founded by the admiral Pedro Menéndez de Avilés for the Spanish Crown in 1565 on the site of a former Native American village called Seloy. The need for fortifications was recognized after it was attacked by Sir Francis Drake and his fleet of 22 ships in 1586, and over the next 80 years, a succession of nine wooden forts were built in various locations along the coastline. However, after a 1668 attack by the English pirate Robert Searle during which the town of St. Augustine was burned to the ground, wooden forts were deemed inadequate, and Mariana, Queen Regent of Spain, approved the construction of a masonry fortification to protect the city. The Castillo is a masonry star fort made of a stone called coquina (Spanish for "small shells"), which consists of ancient shells that have bonded together to form a sedimentary rock similar to limestone.
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The material was also found to be quickly degraded both by sunlight and in-flight temperature changes so the attempt to make transparent aircraft was not proceeded with. In 1916, the British modified a small SS class airship for the purpose of night-time aerial reconnaissance over German Empire lines on the Western Front. Fitted with a silenced engine and a black gas bag, the craft was both invisible and inaudible from the ground, but several night-time flights over German-held territory produced little useful intelligence, and the idea was dropped. Nearly three decades later, a more serious attempt at radar "invisibility" was tried with the Horten Ho 229 flying wing fighter-bomber, developed in Nazi Germany during the last years of World War II. In addition to the aircraft's shape, the majority of the Ho 229's wooden skin was bonded together using carbon-impregnated plywood resins designed with the purported intention of absorbing radar waves.
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Ground for a large garden was set aside for use of the New South Wales Corps and by September, a convict with brick making experience, was tasked with burning bricks for the new military barracks. The barracks were to be sited approximately 150 yards from Government Wharf.Casey & Lowe Pty Ltd 2003: p.14 Historical mapping and archaeological evidence indicates that the barracks were situated along George Street in the area bound by Harris Street and 153 George Street, Harris Park. Judge Advocate, David Collins, records in his account of the early colony that the foundations for the first of the new barrack buildings were laid in November 1790 (although another historical source gives the date as being early December). The barrack building was to be 100 feet long by 24 feet wide to accommodate one company of soldiers with the proper number of officers, as well as a guard room and two small store rooms. The lack limestone meant that the bricks used in the construction of the building were bonded together using a mud mortar and the building could only stand 12 feet high to avoid the mud mortar being washed out in heavy rains.
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