The present invention is rectification process of purifying carbonyl nickel.
本发明公开了一种提纯羰基镍的方法。
T255 type carbonyl nickel powder can form controllable high-rate gap baking electrode.
羰基镍粉可形成受控制的高空隙烧结电极。
It concentrates on the cool gas passivation process and performance improvement of ultrafine carbonyl nickel powder.
重点介绍了超细羰基镍粉末的冷气钝化处理工艺及其对于粉末工艺性能和物理性能的改善。
Objective To observe DNA damage and morphological changes of lung cells in rats with acute carbonyl nickel poisoning.
目的观察大鼠急性羰基镍中毒后肺细胞DNA损伤程度以及组织细胞病理变化。
This paper discussed the variation in the shape and surface state of the carbonyl nickel powder with particulate size.
论述了羰基镍粉末的颗粒形状和表面状态随粒度大小的变化规律。
The content of carbonyl nickel powder used as conduct agent almost does not affect the maximum discharge capacity of this alloy electrode.
而导电羰基镍粉含量的变化对合金电极的放电容量几乎没有影响。
The application of air-acetylene flame atomic absorption spectral method for measuring the iron content in carbonyl nickel powder is studied.
文章运用了空气-乙炔火焰原子吸收光谱法进行羰基镍粉中铁含量的测定。
The inflammatory infiltration and hyperplasia in lung tissue, bronchiolar damage and the bronchial mucosa defulvium appeared in the rats exposed to carbonyl nickel.
不同浓度羰基镍染毒大鼠肺组织有炎性渗出和增生，部分细支气管破坏，黏膜坏死脱落；
The disappearance of the small particles and the increment of the middle particles decrease along with the increase in the particle size of the ultra-fine carbonyl nickel powder.
随着超细羰基镍粉末平均粒度的增大则小粒度粉末的消失和中等粒度粉末增加量也随之减少。
Objective Comprehensive description of the toxicity metabolism and treatments of nickel carbonyl.
目的综述羰基镍的毒理、代谢和治疗。
Iron and nickel carbonyl compounds are poisons to copper-based methanol synthesis catalysts.
羰基镍是导致铜基合成甲醇催化剂中毒的物质。
Carbonyl groups readily attach themselves to nickel or cobalt atoms, but not so strongly that they cannot link to other molecules and jump ship to form larger molecules.
羰基很容易与镍或钴原子结合，可是键结并不强，因此它还是可以与其他分子结合，甚至“跳船”形成更大的分子。
It was proved by IR and XPS analysis that in acrylamide-Ni complex carbonyl oxygen coordinated with nickel ion.
由IR及XPS分析说明在丙烯酰胺-镍络合物中，与镍离子发生了络合作用的是羧基上的氧原子。
When we conduct experiments using nickel or cobalt sulfides, we see that carbon addition occurs primarily by carbonylation-the insertion of a carbon and oxygen molecule, or carbonyl group.
要是我们以镍或钴的硫化物做实验，增碳过程主要循羰基化途径进行，也就是塞入一个羰基(由一个碳原子、一个氧原子组成)。
When we conduct experiments using nickel or cobalt sulfides, we see that carbon addition occurs primarily by carbonylation-the insertion of a carbon and oxygen molecule, or carbonyl group.
要是我们以镍或钴的硫化物做实验，增碳过程主要循羰基化途径进行，也就是塞入一个羰基(由一个碳原子、一个氧原子组成)。
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