英語 での Organic synthesis の使用例とその 日本語 への翻訳
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Nano Palladium carbon catalyst is the most widely used noble metal catalyst in petrochemical industry, also fine chemical, organic synthesis and polymer modified materials.
The introduction and removal of the protective group may be carried out according to the conventional method in the organic synthetic chemistry(e.g., Protective Groups in Organic Synthesis mentioned above), or the method followed them.
Focusing on the CO2, CH4, CH3OH, H2O, H2 and O2 involved in each reaction so far, it seems to be essential to take organic synthesis and food synthesis into consideration as well.
Charles' technical expertise includes organic synthesis and experimental methods, including stereoselective synthesis, amino acid and peptide chemistry, membrane chemistry and the chemistry of natural ion channels, porphyrin and phthalocyanine chemistry.
Microwave irradiation nowadays is not only successfully employed for organic synthesis- inorganic synthesis, material science, polymer chemistry, and other disciplines can also be performed successfully.
Additionally, flavor chemists will use organic synthesis to create molecules that provide the essence of desirable flavors think'blueberry', or'aged whiskey.
When Woodward accomplished this feat, organic synthesis was still largely a matter of trial and error, and nobody thought that such complex structures could actually be constructed.
We can also supply high purity magnesium powder produced by our unique process. It can be used for various organic synthesis such as Grignard reaction.
We have been managing our business under our corporate identity“To contribute to the society by providing the customers throughout the world with satisfactions for the high quality products through our environmental friendly and excellent organic synthesis technologies”.
The center works to enhance and combine UBE's technologies in the fields of molecular design, organic synthesis, electrochemistry, analysis and property evaluation, molding, and coating, to develop products that create new value.
The laboratory aims to establish technologies based on the latest science and to create new research areas while upgrading fundamental technologies that support product development, such as polymer design, organic synthesis, catalyst design, analysis of chemical and physical properties, and computer simulation.
Taking advantage of ADEKA's precise organic synthesis technology, we provide a wide range of products, including highly-sensitive, highly-transparent radical initiators, highly-sensitive cationic photo/thermal polymerization initiators, and photo-acid-generating agents for semiconductors.
Published by the Ley Research Group at the University of Cambridge Department of Chemistry, this paper describes how organic synthesis methods are changing and how these are helping to address challenges chemists face in research labs.
Complex Synthesis ReactionsMany synthesis reactions are far more complex than A+ B C. For example, organic synthesis reactions may involve more than two different molecules, and mixtures of products can occur along with unreacted starting materials.
Our laboratory has many research goals, covering a broad range of topics: Destruction harmful waste products using oxidation reactions of supercritical water, organic synthesis using solid catalysts, and synthesis of inorganic materials such as nanoparticles and polymers.
If organic solvent-tolerant bacteria are used as a biocatalyst by integrating the enzyme gene that catalyzes target reactions, then this significantly simplifies synthesis steps and enables the use of a starting substrate that cannot be used in the organic synthesis.
Titanium molybdenum alloy material can implement pressure processing and chip processing, welding and casting can be, less allowance so molybdenum alloy in fine organic synthesis(spices, pharmaceuticals, pesticides, fine chemicals, etc.) is a widely application of corrosion-resistant materials.
The miniature spaces created inside these chips can facilitate the rapid analysis or testing of small quantities of fluid, with potential applications in medicine or chemistry such as blood tests or DNA analysis, organic synthesis, and various other fields of the environment and food.
Usage: Amino and nitrite of Aminonaphthalene can form diazonium salt, and can turn into a variety of hydrocarbon derivatives of naphthalene, it can be used in the manufacture of dyes and organic synthesis, also used as indicators of organic analytical reagents and fluorescent agents.
The reaction of aromatic halides with arylboronic derivatives yields the corresponding biphenyl derivatives.* Grignard reaction The Grignard reaction is an important method in organic synthesis for the preparation of carbon-carbon single bonds, mainly by combining nucleophilic alkyl- or arylmagnesium halides with electrophilic compounds like aldehydes, ketones or esters to yield alcohols.