1) Hy-droxyl acidity
羟基酸性
2) hydroxyl calcium phosphate
羟基活性磷酸钙
1.
Process of hydroxyl calcium phosphate was introduced,and control condition of process on the quality of product was discussed.
介绍了羟基活性磷酸钙的生产工艺并对各工艺的优劣进行了评价;对比讨论了各生产工艺的控制条件对羟基活性磷酸钙产品质量的影响。
3) hydroxybutyric acid(HB)
羟基丁酸
1.
A novel and efficient method for the production of enantiomerically pure [R]-(-)-3-hydroxybutyric acid(HB) by the fermentation of the recombinant E coli HB101 containing the plasmid pUCAB was developed.
coli HB101来进行直接生产羟基丁酸(HB)手性单体,研究了含pUCAB质粒的重组体E。
4) glycollic acid
羟基乙酸
1.
A brief account of technique conditions of several main technique routes for synthesizing glycollic acid and existing main problems in it are given.
概述了羟基乙酸几种主要工业合成方法的工艺条件及存在的主要问题,即氯乙酸水解法、氰化法、甲醛羰基化法和一氯乙酸钾水解法。
2.
In this paper binary and tertiary of Eu(Ⅲ) with glycollic acid and 1,10-phenanthroline in aqueous solution were synthesized,and their elements analyses,infrared spectrum,X-ray powder diffraction,thermal analysis,fluorescence spectrum and ultraviolet spectrum have been investigated.
用羟基乙酸与稀土元素Eu(Ⅲ)合成了二元配合物,又用羟基乙酸、邻菲啰啉与Eu(Ⅲ)合成了三元配合物。
3.
So it's necessary for us to research countermeasure and improve the progress of glycollic acid.
羟基乙酸是一种重要的精细化工中间体,广泛用于化学清洗、日用化工、生物降解新材料及杀菌剂等领域。
5) glycolic acid
羟基乙酸
1.
Synthesis of glycolic acid monomer by chloroacetic acid alkaline hydrolysis method;
氯乙酸碱性水解法合成羟基乙酸单体的研究
2.
Manufacture of glycolic acid by oxidation of glyoxal;
乙二醛氧化法生产羟基乙酸
3.
Degradation of polylactic acid/glycolic acid stents in bile in vitro;
聚乳酸/羟基乙酸胆总管支架在体外胆汁中的降解
6) polyphenol carboxyl acid
羟基酚酸
1.
In order to make use of fruits, cortexes and leaves of plants, a novel quick-drying, nontoxic and corrosion-inhibiting daub for rusted steel protection, containing polyphenol carboxyl acid and phosphorous acid as main rust converter, was developed through orthogonal test optimization, and applied to the rusted surface treatment before painting.
为了对植物果实、叶子和表皮等资源的深加工利用,本文利用植物提取物多羟基酚酸和磷酸为主要转化剂,通过正交试验优化研制成一种无毒快干,具有化锈、防锈、耐腐蚀性能的新型锈面涂料,用来对钢铁油漆前的表面处理。
补充资料：(1-羟基环己基)[4-(2-羟基乙氧基)苯基]甲酮
分子式：C15H20O4
分子量：264.32
CAS号：852355-66-9
性质：熔点109-111°C。
分子量：264.32
CAS号：852355-66-9
性质：熔点109-111°C。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条