epoxides信息详情
n.[有化]环氧化合物;环氧衍生物(epoxide的复数)
anchoring epoxy───锚固环氧树脂
asymmetric carbon epoxide───不对称环氧化物
trowel on epoxy───环氧树脂抹子
inlay epoxy───嵌体环氧树脂
tumbler epoxy───不倒翁环氧树脂
conduritol b epoxide───环氧化物导体醇b
silver epoxy───银环氧树脂
thickset epoxy───稠化环氧树脂
resinous flooring vs epoxy───树脂地板与环氧树脂
pigments for epoxy───环氧树脂用颜料
epoxides were obtained with up to 90% yields in the reaction system with air.───在空气存在下其氧化产物的产率这90%以上。
of asymmertric synthesis of chiral epoxides by biocatalyzing prochiral alkenes.───手性环氧化物在合成上具有重要的应用价值。
Lecture 10: Alcohols, Ethers, Epoxides, Sulfides.───第十堂:醇类,醚类,环氧化物,硫化物。
Hydrogen peroxide can be through the formation of starch in food caused cancer, epoxides, especially the digestive tract cancers.───过氧化氢可以通过形成的淀粉食物引发的癌症,环氧化物,尤其是消化道癌症。
Toxic matagenic and carcinogenic PAH diol epoxides can be derived from PAHS, which are responsible for most cases of lung cancer.───有毒的matagenic和致癌物质PAH二醇环氧化合物均来源于多环芳香烃(PAH),它是导致大多数肺癌的罪魁祸首。
The application of epoxides in organic synthesis was reviewed with 23 references.───综述了近年来环氧烷化合物在有机合成中的应用。
Lecture 11: Alcohols, Ethers, Epoxides, Sulfides.───第十一堂:乙醇,乙醚,环氧化物,硫化物。
Quantitative Structure and Activity Relationship for Epoxides───环氧化合物分子结构与致变活性的关系
Progress in Catalyst Study for the Copolymerization of Carbon Dioxide with Epoxides───二氧化碳与环氧化合物共聚催化剂研究进展
The review is focused on the recent development of asymmertric synthesis of chiral epoxides by biocatalyzing prochiral alkenes.
Seven major methods and their reaction characteristics for the synthesis of primary vicinal diamines starting from epoxides, and alkenes etc.
The epoxides are more and more important in organic synthesis. Their ring opening reactions can be used for preparing polyfunctional or other cyclic compounds.
It has been possible now to readily copolymerize CO2 with epoxides to form aliphatic polycarbonates.
A description of the characteristics of alicyclic epoxides, and the application used as diluent, adhesive, potting compound, coating and FRP winding was given in this paper.
Epoxides, episulphides and ethylene imines also polymerize via similar cyclic onium ion mechanisms.
Phenyl ( or polyphenyl ) substituted epoxides serve as excellent precursors to phenyl ( or diphenyl ) carbenes.
Seven major methods and their reaction characteristics for the synthesis of primary vicinal diamines starting from epoxides , and alkenes etc. are given in detail.
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