1) ketone with long aliphatic
高级脂肪酮
2) higher fatty acid
高级脂肪酸
1.
Cluster analysis of polybasic acids and higher fatty acids in flue-cured tobacco leaves in Yunnan and overseas;
云南及部分国外烤烟多元酸和高级脂肪酸聚类分析
2.
Objective To analyze polybasic acids and higher fatty acids of Rosa roxburghii Tratt fruit.
目的分析刺梨果中多元酸和高级脂肪酸的组成。
3.
The physiological activities of trace elements,low molecule organic acids,higher fatty acids and phenol compounds in liquor body of Wuliangye-- - Chinese Famous Liquor were illustrated in this paper.
阐述了中国名酒——五粮液酒体中的微量元素、低分子有机酸、高级脂肪酸、酚类化合物等微量成分的生理活性,说明适量饮用五粮液有益于健康。
3) higher fatty amine
高级脂肪胺
1.
Preparation of higher fatty amines/formaldehyde modified lignin quaternary ammonium salts and measurements of their physico-chemical properties;
高级脂肪胺/甲醛改性木质素季铵盐的制备及基本表面物化性能
2.
Prospects of higher fatty amine industry in China;
我国高级脂肪胺工业发展前景展望
3.
The varieties,synthetic routes and properties of higher fatty amines were simply introduced.
简要介绍高级脂肪胺的种类、合成路线及性能。
4) higher fatty alcohol
高级脂肪醇
1.
Extraction of higher fatty alcohol from bees wax by supercritical fluid CO_2;
超临界CO_2萃取蜂蜡中的高级脂肪醇
2.
In this article,the pro-duction processes of higher fatty alcohol and the uses of detergent alcoholare introduced.
高级脂肪醇是增塑剂和表面活性剂的重要原料。
5) fatty acid
高级脂肪酸
1.
Study on the use of acetic anhydride as a co reagent of fatty acid to synthesize cellulose esters.
采用乙酸酐为共反应剂合成了纤维素高级脂肪酸酯。
6) Senior fatty acid
高级脂肪酸
1.
Analysis of variation of the contents of non-volatile organic acids and senior fatty acids in different flue-cured tobacco genotypes;
不同烤烟基因型非挥发性有机酸和高级脂肪酸含量的变异分析
2.
The result indicates that:(1) There exists high heterosis for non-volatile organic acid,senior fatty acid and total content of organic acid.
结果表明:(1)非挥发性有机酸、高级脂肪酸以及有机酸总量均存在较强的杂种优势。
补充资料：脂肪酮
分子式：
CAS号：
性质：RCOR′ R、R′为脂肪烃。低级脂肪酮都是液体。溶于水并具有一些芳香族类的气味，这种气味随分子量的增加而递减。从二乙基酮开始的对称酮是结晶固体，而更高分子量的酮类却是蜡状固体。不对称的酮类与相应的对称酮类相比，熔点略低而沸点略高。酮类易溶于有机溶剂。低级脂肪酮用途极为广泛，可作溶剂以及医药、树脂、橡胶等有机合成的中间体。高级脂肪酮在香料、食品工业应用较多。
CAS号：
性质：RCOR′ R、R′为脂肪烃。低级脂肪酮都是液体。溶于水并具有一些芳香族类的气味，这种气味随分子量的增加而递减。从二乙基酮开始的对称酮是结晶固体，而更高分子量的酮类却是蜡状固体。不对称的酮类与相应的对称酮类相比，熔点略低而沸点略高。酮类易溶于有机溶剂。低级脂肪酮用途极为广泛，可作溶剂以及医药、树脂、橡胶等有机合成的中间体。高级脂肪酮在香料、食品工业应用较多。
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