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1·The deeply removing copper process from the simulated nickel chloride electrolyte with SP-C is studied.

研究了新型硅胶-聚合胺复合材料树脂SP-C在模拟氯化镍电解液中深度净化除铜工艺。

2·A method for continuous titration of boric acid and nickel chloride in bright nickel plating bath was presented.

介绍了一种光亮镀镍液中硼酸和氯化镍的测定方法。

3·Alstom has therefore turned to tried-and-trusted nickel-cadmium ones instead, and GE is testing sodium and iron-chloride batteries.

阿尔斯通公司因此转而使用久经考验的镍镉电池，而通用电气正在测试钠电池和铁-氯电池。

4·Type 732 cation exchange resin was added in nickel bath to separate nickel ions and other cations, boric acid and chloride ions were then separately titrated by sodium hydroxide and silver nitrate.

采用732型阳离子交换树脂分离镍及其它阳离子后，分别用氢氧化钠和硝酸银滴定硼酸和氯离子。

5·Nickel iron chromium alloy with nanocrystalline were electrodeposited from chloride bath containing trivalent chromium ions under direct and pulse current.

采用直流和脉冲电沉积方式从三价铬的氯化物镀液中沉积出镍-铁-铬纳米合金镀层。

6·It is an new kind of method to make nickelous chloride solution and produce nickel powder by membrane electrolysis at the same time.

膜电解法制备氯化镍溶液同时生产镍粉，是一种新型的氯化镍和镍粉制备方法。

7·The levels of chromium, molybdenum and nitrogen all serve to provide the AL-6XN alloy with resistance to acidic, oxidizing chloride solutions previously achieved only by the nickel base alloys.

铬、钼、氮的含量水平是该耐蚀合金具有之前只有镍基合金才具有的抗酸和抗氧化氯的特性。

8·Purification of copper ion-containing nickel anodic electrolyte and cobalt chloride solution are examined.

试验了镍阳极液和氯化钴溶液中所含铜离子的净化。

9·Nickel - cobalt - phosphorus alloy was proved with high catalytic activity of hydrogen evolution which can reduce the bath voltage and energy loss during electrolysis of sodium chloride.

结果表明，镍-钴-磷合金具有较高的析氢催化活性，有利于降低槽压，减少能耗。

10·The nickel and cobalt disperse alloy deposits of five different compositions were obtained by electrodeposition on Cu substrates in the galvanostatic regime from an ammonium sulfate-chloride solution.

恒电流状态下，在氨硫酸盐-氯化物溶液中的铜基片表面进行电沉积，获得了具有5种不同成分的镍钴弥散合金镀层。