氯化镍

氯化镍诱导DNA－蛋白质交联物的体内研究

An In Vivo Study DNA-protein Crosslinks Induced by Nickel Chloride

膜电解法制备纯氯化镍溶液的研究

Preparation of pure nickel chloride solution by membrane electrolysis process

以氯化镍为前体制备的Ni催化剂，其活性与制备方法有关，未经焙烧而直接还原的催化剂显示出较好的活性。

The activity of the catalyst derived from nickel chloride depends on the preparation method .

考察了二氯化镍对偶联反应的催化作用，并进一步探讨了相应的反应机理，由ESR等结果表明反应按自由基历程进行。

The reaction mechanism was also studied . From the ESR and other experimental results , we believe it is a free radical reaction .

镍掺杂增加了TiO2的光催化活性，用质量分数为10%的二氯化镍水溶液掺杂制备的复合光催化剂，苯酚水溶液的降解率比未掺杂时增加13·6%。

Using the compound photocatalyst adulterating 10 % ( w ) nickel dichloride , the degradation rate of phenol solution increased 13.6 % compared with non-modified photocatalyst .

氯化镍溶液中微量TBP、N-235对镍电积的影响

Effects of trace TBP and N-235 in all-nickel chloride electrolyte on nickel electrodeposition

免疫荧光检测BrdU阳性细胞数分别为未加入氯化镍的85.75%，74.25%，57.01%（P<0.05）。

The number of positive-BrdU cells from immunofluorescence test was 85.75 % , 74.25 % and 57.01 % of controls ( P < 0.05 ) .

在氯化镍-硫酸钴体系电解液中采用添加剂喷射电沉积纳米晶Co-Ni合金，测定了其阴极极化曲线。

The nanocrystalline Co-Ni alloys were prepared by jet electrodeposition in the nickel chloride and cobalt sulfate bath containing additive and the cathodic polarization curves of Co-Ni alloys were measured .

二氯化镍对格氏试剂交叉偶联反应的催化作用

Cross - coupling reaction of Grignard reagent catalyzed by nickel chloride

氯化镍与2-氨基嘧啶配合物的量热法研究

Calorimetric Study of the Complex of 2-Aminopyrimidine with Nickel Chloride

钠/氯化镍高能电池

Na / NiCl_2 ( Zebra ) High Energy Battery

氯化镍在体内诱导大鼠DNA-蛋白质交联

Nickel chloride induced DNA-protein crosslinks in rats in vivo

氯化镍对小鼠睾丸影响的研究

Toxic Effects of Nickel Chloride on Testis in Mice

光亮镀镍液中硼酸和氯化镍的连续滴定

Continuous titration of boric acid and nickel chloride in bright nickel plating bath

提示，硝酸铅、氯化镍有明显的生殖毒性。

It indicates that lead nitrate and nickel chloride have obvious reproductive toxicity .

氯化镍对大鼠离体肝脏的毒性研究

Toxicity study of nickel chloride on isolated rat liver

以高温处理氯化镍作为热电池的正极材料制备热电池；

The thermal battery was prepared with high temperature-produced NiCl_2 as the cathode .

膜电解电溶法制备高纯氯化镍新方法

High-purity Nickel Chloride Preparation by Membrane Electrolytic Process

氯化镍对人红细胞膜损伤机理的波谱学研究

Spectrum studies on the mechanisms of human erythrocyte membrane injuries induced by nickel chloride

镍基废合金膜电解法制备氯化镍溶液的研究

Study on preparation of nickel chloride solution from waste nickel-base alloy by membrane electrolytic process

氯化镍对小鼠睾丸生精上皮细胞损伤的电镜观察

Observation of Damage of Nickel Chloride on Seminiferous Epithelium Cell of Testis in Mice with Electron Microscope

α-萘基丁二亚胺氯化镍/MAO制备双（宽）峰聚乙烯

Bimodal ( wide ) branched polyethylene obtained with a (α - diimine ) nickel dichloride / mao catalyst

选作催化剂前驱体的金属盐可以是：硝酸镍、硫酸镍、氯化镍。

The precursors were elaborately chosen , such as : nickel nitrate , nickel sulfate , nickel chloride .

金属镍粉和氯化镍对叙利亚地鼠胚胎细胞转化的研究

Study on the Transformation Induced by Powder of Metal Nickel and Nickel Chloride in Cultured Syrian Hamster Embryo Cells

介绍了以金属镍板为原料采用膜电解法制备纯氯化镍溶液的工艺。

The preparation of pure nickel chloride solution by membrane electrolysis process using nickel plate as the anode was studied .

磷酸钇共沉淀分离富集原子吸收光谱测定氯化镍和硫酸锰中的痕量铅和铁

Determination of Trace Lead and Iron in Nickel Chloride and Manganese Sulfate by Flame Atomic Absorption Spectrometry after Coprecipitation with Yttrium Phosphate

制备了2-乙烯基吡啶/丙烯酸乙二醇酯交联球型共聚物为配体，与氯化镍形成的高分子镍配合物。

Cross-link spherical copolymer of 2-vinyl pyridine and glycol acrylate was prepared , and complex of the copolymer with nickel chloride was formed .

结果表明，在正极材料氯化镍中添加20%的羰基镍粉对热电池放电初期激活时间的改善是有利的；

Tests prove that adding 20 % nickel powder to nickel chloride can improve activation time during discharging initial stage of thermal batteries .

以氯化镍和草酸为原料，制备出前驱物，在氮气氛和一定温度下，在管式炉中进行热处理，可以得到超细镍粉。

Under nitrogen atmosphere and at given temperatures , the ultra-fine nickel powders were prepared by thermal decomposition of precursors in the tubular furance .

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。

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