The thefts date back to 2014, and each one involved a multiple-step process.
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The blood drawn from an infected horse has to go through a multiple-step process of purification to isolate its active ingredients.
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But with that ubiquity also comes risk, as security researchers have demonstrated time and time again that many of these supposed safeguards are susceptible to multiple-step hacks.
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In short, it's a quick, multiple-step dance that incorporates popular moves like the woah, the wave, and the dab to the song "Lottery" by Atlanta rapper K-Camp, and it's everywhere.
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Part of the problem is their skills; a survey by the OECD found that only 10% of adults aged 55-65 were able to complete new multiple-step technological tasks, compared with 42% of those aged 25 to 54.
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Fluid bed granulation is a multiple-step wet granulation process performed in the same vessel to pre-heat, granulate, and dry the powders. It is used because it allows close control of the granulation process.
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Combustion of methane is a multiple step reaction summarized as follows: :CH4 \+ 2 O2 → CO2 \+ 2 H2O (, at standard conditions) Peters four-step chemistry is a systematically reduced four-step chemistry which explains the burning of methane.
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Cholesterol can be made from acetyl-CoA through a multiple- step pathway known as isoprenoid pathway. Cholesterols are essential because they can be modified to form different hormones in the body such as progesterone. 70% of cholesterol biosynthesis occurs in the cytosol of liver cells.
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The outcome is a consistent steady-state solution to the counterbalance equilibrium within these contradictions. The solution takes into consideration the spillover effects of multiple-step interactions among the observations. When information from data is efficiently revealed in preferences, the revealed preferences greatly reduce the volume of the required data in the sorting process.
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Union dyeing is "a method of dyeing a fabric containing two or more types of fibers or yarns to the same shade so as to achieve the appearance of a solid-colored fabric". Fabrics can be dyed using a single or multiple step process. Union dyeing is used to dye solid colored blends and combination fabrics commonly used for apparel and home furnishings.
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A tractor mowing a hay field, with the cut hay lying in the foreground. A round baler dumping a freshly rolled hay bale Modern small-scale transport. Pickup truck loaded with "large square" bales Aerial view of a field being cut for hay. Hay production and harvest, commonly known as "making hay", "haymaking", or "doing hay", involves a multiple step process: cutting, drying or "curing", raking, processing, and storing.
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Steingruber, Elmar (2004) "Indigo and Indigo Colorants" in Ullmann's Encyclopedia of Industrial Chemistry, Wiley-VCH, Weinheim. In the early part of the 20th century, polymers and enzymes were shown to be large organic molecules, and petroleum was shown to be of biological origin. The multiple-step synthesis of complex organic compounds is called total synthesis. Total synthesis of complex natural compounds increased in complexity to glucose and terpineol.
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It is known that aluminum improves the sulfidation resistance of iron alloys.McKamey, C. G.; DeVan, J. H.; Tortorelli, P. F.; Sikka, V. K., "A review of recent developments in iron-aluminum (Fe3Al)-based alloys" Journal of Materials Research (1991), 6(8), 1779-805. The sulfidation of tungsten is a multiple step process. The first step is an oxidation reaction, converting the tungsten to a tungsten bronze on the surface of the object.
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Sugimura isolated and identified many mutagens with a structure of heterocyclic amine from foods cooked under ordinary conditions. He showed that tumors induced by these heterocyclic amines had genetic alterations. He further developed his studies to analyze multiple-step carcinogenesis at molecular levels to promote effective primary prevention of cancer.Fellows of the AACR Academy His group identified the novel polymer poly(ADP-ribose) and demonstrated the presence of the enzyme poly ADP ribose polymerase (PARP).
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Email messages are composed, delivered, and stored in a multiple step process, which starts with the message's composition. When the user finishes composing the message and sends it, the message is transformed into a standard format: an RFC 2822 formatted message. Afterwards, the message can be transmitted. Using a network connection, the mail client, referred to as a mail user agent (MUA), connects to a mail transfer agent (MTA) operating on the mail server.
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Recently, Heffernan et al. has developed the most accurate predictor for both HSEα and HSEβ based on a big dataset by using multiple-step iterative deep neural-network learning. The predicted HSEa shows a higher correlation coefficient to the stability change by residue mutants than predicted HSEβ and ASA. The results, together with its easy Ca-atom-based calculation, highlight the potential usefulness of predicted HSEa for protein structure prediction and refinement as well as function prediction.
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Threatcasting is a conceptual framework used to help multidisciplinary groups envision future scenarios. It is also a process that enables systematic planning against threats ten years in the future. Utilizing the threatcasting process, groups explore possible future threats and how to transform the future they desire into reality while avoiding undesired futures. Threatcasting is a continuous, multiple-step process with inputs from social science, technical research, cultural history, economics, trends, expert interviews, and science fiction storytelling.
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The NHLPA was enacted in 2000 as an amendment of the National Historic Preservation Act of 1966. It establishes a multiple step process involving the United States Coast Guard, the General Services Administration (GSA), and the National Park Service. The first step is the determination of the property as "excess to service requirements" by the Coast Guard and its identification as a historic structure. This determination is reported to the GSA and notice is given that application made be made for the structure.
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In numerical analysis, multi-time-step integration, also referred to as multiple-step or asynchronous time integration, is a numerical time- integration method that uses different time-steps or time-integrators for different parts of the problem. There are different approaches to multi-time- step integration. They are based on domain decomposition and can be classified into strong (monolithic) or weak (staggered) schemes. Using different time- steps or time-integrators in the context of a weak algorithm is rather straightforward, because the numerical solvers operate independently.
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When reformatting output, pretty-printing is expected to be idempotent. In other words, if the output is already "pretty", there should be nothing to do for the pretty-printer. In service-oriented architecture (SOA), a multiple-step orchestration process composed entirely of idempotent steps can be replayed without side-effects if any part of that process fails. Many operations that are idempotent often have ways to "resume" a process if it is interrupted -- ways that finish much faster than starting all over from the beginning.
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IUPAC Gold Book definition Many other terminologies are used for stepwise reactions: overall reaction, global reaction, apparent reaction, operational reaction, complex reaction, composite reaction, multiple step reaction, multistep reaction, etc. In contrast to elementary reactions which follow the law of mass action, the rate law of stepwise reactions is obtained by combining the rate laws of the multiple elementary steps, and can become rather complex. Moreover, when speaking about catalytic reactions, the diffusion may also limit the reaction. In general, however, there is one very slow step, which is the rate-determining step, i.e.
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The RCL forms the initial interaction with the target protease in inhibitory molecules. Structures have been solved showing the RCL either fully exposed or partially inserted into the A-sheet, and serpins are thought to be in dynamic equilibrium between these two states. The RCL also only makes temporary interactions with the rest of the structure, and is therefore highly flexible and exposed to the solvent. The serpin structures that have been determined cover several different conformations, which has been necessary for the understanding of their multiple-step mechanism of action.
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The person also utilizes chunk decomposition, where he or she will separate meaningful chunks into their component pieces. Both constraint relaxation and chunk decomposition allow for a change in representation, that is, a change in the distribution of activation across working memory, at which point they may exclaim, "Aha!" Currently both theories have support, with the progress monitoring theory being more suited to multiple step problems, and the representational change theory more suited to single step problems. The Eureka effect on memory occurs only when there is an initial confusion.
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This is due to the low cross-section for non-resonant photo-ionization produced by the laser. A pulsed laser system facilitates the efficient coupling of a time-of-flight mass spectrometer (TOF- MS) to the resonance ionization set-up due to the instrument's abundance sensitivity. This is because TOF systems can produce an abundance sensitivity of up to 104 whereas magnetic mass spectrometers can only achieve up to 102. The total selectivity in a RIS process is a combination of the sensitivities in the various resonance transitions for multiple step-wise excitations.
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However, deficiency is rare in adults, with the most common cause being a pituitary adenoma. Other adult causes include a continuation of a childhood problem, other structural lesions or trauma, and very rarely idiopathic GHD. Adults with GHD "tend to have a relative increase in fat mass and a relative decrease in muscle mass and, in many instances, decreased energy and quality of life". Diagnosis of GH deficiency involves a multiple-step diagnostic process, usually culminating in GH stimulation tests to see if the patient's pituitary gland will release a pulse of GH when provoked by various stimuli.
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Tscharke and Dobson (2015) compiled a comprehensive survey of essential genes in Vaccinia Virus and assigned roles to each of the 223 ORFs of the Western Reserve (WR) strain and 207 ORFs of the Copenhagen strain, assessing their role in replication in cell culture. According to their definition, a gene is considered essential (i.e. has a role in cell culture) if its deletion results in a decrease in virus titre of greater than 10-fold in either a single or multiple step growth curve. All genes involved in wrapped virion production, actin tail formation, and extracellular virion release were also considered as essential.
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The 1970 amendments to the Clean Air Act required significant reductions in hydrocarbon, carbon monoxide and nitrogen oxide emissions. The converters available at the time were oxidation catalysts, which could handle hydrocarbon and carbon monoxide, but were ineffective in reducing nitrogen oxides. Car manufacturers and catalyst companies were trying to develop a multiple step process that would address hydrocarbons and carbon monoxide in one process while reducing nitrogen oxides in another. The three-way catalyst developed by Keith and chemical engineer John J. Mooney with their team at Englehard allowed all three exhaust pollutants to be remediated using a single catalyst bed.
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When a DCT has been used, the coefficients are typically scanned using a zig-zag scan order, and the entropy coding typically combines a number of consecutive zero- valued quantized coefficients with the value of the next non-zero quantized coefficient into a single symbol, and also has special ways of indicating when all of the remaining quantized coefficient values are equal to zero. The entropy coding method typically uses variable-length coding tables. Some encoders compress the video in a multiple step process called n-pass encoding (e.g. 2-pass), which performs a slower but potentially higher quality compression.
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A multiple-step vote counting and transfer process is then used to determine the winners of the remaining seats in the district by taking voters' secondary preferences into account. Although the processing of secondary votes can be complicated, the Assembly expresses the general principle was explained in the following simplified way in the Assembly's Final Report as follows: "If a voter's favourite candidate (#1) is not elected, or has more votes than are needed to be elected, then the voter's vote is "moved" to his or her next most favourite candidate (#2). The vote is transferred rather than wasted. The aim of this system is to make all votes count" (Final Report, p. 6).
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Car manufacturers and catalyst companies were trying to develop a multiple step process that would address hydrocarbons and carbon monoxide in one process while reducing nitrogen oxides in another. Chemist Carl D. Keith and Mooney with their team at Engelhard came up with the first production catalytic converter in 1973. The three-way catalyst developed by them allowed all three exhaust pollutants (hydrocarbon, carbon monoxide, and nitrogen oxides) to be remedied using a single catalyst bed. Their solution to addressing the variations in air/fuel mixtures was to combine rare-earth oxides and base metal oxide components in the catalyst together with Platinum and Rhodium in a ceramic honeycomb with tiny passages coated with the catalytic material.
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Semiconductor device fabrication is the process used to create the integrated circuits that are found in commonly used electronic devices and electrical equipment. It is a multiple-step process during which electronic circuits are gradually built by adding elements and layers of material on a substrate made of pure silicon, or various compounds in the case of specialized applications, hundreds of steps performed by specialized process tools are required before the wafer moves to a final packaging facility. The focus of packaging and assembly is to ensure an electrical connection from the die to the circuit board, to encapsulate the package for mechanical integrity and to withstand thermal variations. The era of slim form-factor devices, such as smart phones, implies high level of functionality in very dense footprint.
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