1)  acidic copper plating
酸铜
1.
The optimal scheme was ascertained as flows: alkaline wash—diluted hydrochloric acid activation—acidic copper plating—replacement silver plating.
探讨了银包铝粉的电阻与酸铜溶液中硫酸铜的质量浓度、铝粉中银的质量分数的关系。
2)  copper benzenesulfonate
苯磺酸铜
1.
Catalytic synthesis of isoamyl butyrate with copper benzenesulfonate;
苯磺酸铜催化合成丁酸异戊酯
2.
A series of 1,1-diacetic ester in yields of 59%～97% were synthesized from corresponding aldehydes and acetic anhydride using copper benzenesulfonate-acetic acid as synergistic catalyst at room temperature.
苯磺酸铜-乙酸共催化体系于室温催化一系列醛的双乙酰化反应,合成了相应的1,1-二乙酸酯(2),产率59%~97%。
3)  cupric glutamate
谷氨酸铜
1.
The removal effects of cpsaicin,sodium percarbonate,cupric sulfate and cupric glutamate on Alexandrium sp.
为了寻找新型有效的赤潮藻杀灭剂,对辣椒素、过碳酸钠、CuSO4、谷氨酸铜对亚历山大藻LC3的杀灭效果以及表面活性剂对谷氨酸铜杀藻的促进作用进行了研究。
2.
by cupric sulfate or cupric glutamate showed that cupric glutamate had a higher extinguishing rate than cupric sulfate.
对一种新的赤潮杀灭剂谷氨酸铜及促进剂阳离子表面活性剂十六烷基三甲基溴化铵(HDT-MAB)进行了初步研究。
4)  copper acetate
醋酸铜
1.
4g/L copper acetate liquor at 90℃ for 100min,and then dipping in the mixture of 1.
4g/L的醋酸铜溶液中热烫100min;再浸泡在质量浓度为1。
2.
35 g/L copper acetate at 85-90 C for 12 min,then added 1.
35 g/L醋酸铜溶液中热烫12 min后,再用1。
3.
The reaction enthalpy of solid-solid coordination reaction of L-Leucine with copper acetate is determined by solution calorimetry in an isoperibel reaction calorimeter.
我们按文献 [4]合成亮氨酸与醋酸铜的配合物 ,并采用自制的具恒温环境的热量计 [5] ,根据 Hess定律设计热化学循环 ,以溶解量热法测定了 L-亮氨酸(L- L eu) ,Cu(OAc) 2 · H2 O、trans- Cu(L- L eu) 2 、HOAc和 H2 O在 4mol/L HCl中的溶解焓 ,进而算得 L-亮氨酸与醋酸铜固相配位反应的反应焓 ,并估算了配合物 trans- Cu(L- L eu) 2 的标准生成焓 。
5)  Copper sulfate
硫酸铜
1.
Detremination of Ten Trace Elements in Copper Sulfate by ICP-AES With Separating Matrix Deposited;
ICP-AES测定基体沉淀分离后的硫酸铜中10种微量元素
2.
Acute toxicity of copper sulfate to goldfish and effects on ultrastructure of liver cell;
硫酸铜对金鱼急性毒性及肝细胞超微结构的影响
3.
Study on a new technology of preparing copper sulfate from copper concentrate ore;
用铜精矿生产硫酸铜的新工艺
6)  copper phosphate
磷酸铜
1.
The Sheath Interlink Strength Research for Copper Phosphate Adhesive;
磷酸铜无机胶套接强度的探讨
2.
Result showed that copper phosphate could be synthesized by solid-state reaction at high temperature,and the optimal condition was chosen by orthogonal experiment.
采用固相合成法,以Cu(Ⅱ)和PO43-为原料,在740℃反应1 h合成磷酸铜Cu3(PO4)2。
参考词条
补充资料：环烷酸铜
分子式：暂无
分子量：暂无
CAS号：1338-02-9

性质：暂无

制备方法：暂无

用途：暂无

说明：补充资料仅用于学习参考，请勿用于其它任何用途。