1) copper nitrate
硝酸铜
1.
Development of additive for preventing agglomeration of copper nitrate and its application;
硝酸铜防结块添加剂的研制和应用
2.
Experiments prove that it may be reclaimed molybdenum and copper nitrate from waste Mo-Cu alloy plates with nitric acid disposal.
用硝酸溶解Mo-Cu合金废料,回收金属钼和硝酸铜。
3.
The catalysts were the solutions of nickel nitrate solved in methanol, copper nitrate solved in methanol, nickel nitrate solved in water, copper nitrate solved in water, and the solution of nitrate acid and water were used as dispersed catalysts also.
利用微型反应釜,考察了正己基苯在硝酸镍甲醇溶液、硝酸铜甲醇溶液、硝酸镍水溶液、硝酸铜水溶液、硝酸和水催化下的悬浮床加氢裂化反应。
2) cupric nitrate
硝酸铜
1.
2%, by using catalysts based on sodium nitrite, hydrochloric acid and sodium nitrite, cerium dioxide and sodium nitrite, and cupric nitrate and sodium nitrite correspondingly.
2%,硝酸铜和亚硝酸钠作催化剂时乙醛酸产率为78。
2.
By the test the result shows the effect of the anti-blocking agent on cupric nitrate is good,its performance quite simple,the cost low.
生产实践证明,此防结块添加剂对硝酸铜具有很好的防结块作用,使用方便,价格低廉。
3) cupric nitroprusside
硝普酸铜
4) cupric nitrite
亚硝酸铜
5) cupric nitrate
硝酸正铜
6) cupper-nitrate wastewarer
硝酸铜废水
补充资料:硝酸铜
Cu(N03)2·3H20 分子量241.60
性状 深蓝色粒状结晶体。密度2.23g/cm3。熔点114.5℃。易溶于水和乙醇,水溶液呈酸性。溶于浓氨水中,形成二硝酸四氨铜络合物,加热即发生爆炸。易吸潮,有毒!为强氧化剂。浸过硝酸铜乙醇溶液的纸,干燥屑纸能自燃。加热到114.5℃分解,逸出硝酸,生成难溶的碱式盐,继续加热到强烈灼烧,则转变成氧化铜。与炭末、硫磺或其他可燃性物质加热、摩擦或撞击,能引起燃烧和爆炸。燃烧时产生有毒、刺激性的过氧化氮。
应用领域 搪瓷工业用作着色剂。电镀工业用作镀铜液。化学工业用作氧化剂。此外,还用于制造农药、染料等。
性状 深蓝色粒状结晶体。密度2.23g/cm3。熔点114.5℃。易溶于水和乙醇,水溶液呈酸性。溶于浓氨水中,形成二硝酸四氨铜络合物,加热即发生爆炸。易吸潮,有毒!为强氧化剂。浸过硝酸铜乙醇溶液的纸,干燥屑纸能自燃。加热到114.5℃分解,逸出硝酸,生成难溶的碱式盐,继续加热到强烈灼烧,则转变成氧化铜。与炭末、硫磺或其他可燃性物质加热、摩擦或撞击,能引起燃烧和爆炸。燃烧时产生有毒、刺激性的过氧化氮。
应用领域 搪瓷工业用作着色剂。电镀工业用作镀铜液。化学工业用作氧化剂。此外,还用于制造农药、染料等。
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