1) titanium(Ⅳ) citricate complex

柠檬酸钛(Ⅳ)化合物
2) Ti and citric acid coordination

柠檬酸钛络合物
3) tungsten citrate compound

钨柠檬酸化合物
1.
The paper describes the synthesis of a tungsten citrate compound and the coordinate type of the carboxylate in it, and emphasizes the effect of skew coordination on the bond distances C—O and M—O of the tungsten citrate compound.
描述钨柠檬酸化合物的合成及羧基配位形式, 并着重讨论扭曲配位对 C— O 和 M — O的影
4) citric acid titanium

柠檬酸钛
1.
During KYOHO grape berry maturing,citric acid titanium increased saccharinity,anthocyanidin content in fruits, enlarges fruit and decreased acid content in fruit and increased chlorophyll content ofleaves.
柠檬酸钛可以提高巨锋葡萄浆果成熟期果实的含糖量、着色程度,降低果实含酸量,增大果粒体积。
5) Barium Titanium Gitrate

柠檬酸钡钛
6) iron-citrate complex

铁-柠檬酸络合物
补充资料:柠檬酸三钾-水合物
CAS:6100-05-6
分子式:C6H5K3O7·H2O
熔点:275℃
中文名称:柠檬酸三钾-水合物;柠檬酸钾,一水
英文名称:tri-Potassium citrate monohydrate;potassium citrate;potassium citrate monohydrate;Potassium citrate,monohydrate
分子式:C6H5K3O7·H2O
熔点:275℃
中文名称:柠檬酸三钾-水合物;柠檬酸钾,一水
英文名称:tri-Potassium citrate monohydrate;potassium citrate;potassium citrate monohydrate;Potassium citrate,monohydrate
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