- 更多网络例句与羰基镍相关的网络例句 [注：此内容来源于网络，仅供参考]
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A preparation method of nickel oxide-base cathode of fused carbonate fuel cell is to select alkali earth metal oxide, transition metal oxide and rare-earth metal oxide, mix with carbonyl nickel powder in the proportion of 0.01-15.00 mol%, add assistant and mix even into a slurry; after the slurry is formed into a biscuit by doctor-blade casting, sinter it into a multi-porous nickel plate; dissolve lithium nitrate and cobaltous nitrate with mole ratio of Li:Co-1:1 and citric acid or PVA in the distilled water to make a solution with Li of 0.00-0.5 mol/L; immerse the multi-porous nickel plate or nickel oxide plate in the solution, keep for 10-60 minutes under vacuum below 200 millibar, then dry in an oven at 75 degrees centigrade further transfer to a crucible electric furnace preheated 650 degrees centigrade for keeping the temp.
要約 熔融碳酸盐燃料电池氧化镍基阴极的制备方法属于燃料电池领域。选取碱土金属氧化物、过渡金属氧化物和稀土金属氧化物，按0.01－15.00mol％的比例与羰基镍粉混合，加入助剂，混合均匀成浆料；混合浆料流延成型为素坯后烧结为多孔金属镍板；将摩尔比为Li∶Co＝1∶1的硝酸锂和硝酸钴以及柠檬酸或聚乙烯醇溶于蒸馏水中，制成为0.005－0.5mol/L的溶液；将多孔金属镍板或氧化镍板浸入溶液中，在真空度低于200毫巴下保持10－60分钟；置于75℃的烘箱中烘干，转移至预热到650℃坩埚电炉中保温1－10小时；将此过程重复一次或多次即可。
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The results showed that the nanocrystalline bcc FeNi particles were available using carbonyl iron and nickel powders as the raw materials during the high-energy ball milling.
结果表明：以羰基铁和羰基镍为原料，通过高能球磨得到了bcc结构FeNi纳米晶合金。
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After 10h ball milling, the alloy of carbonyl iron and carbonyl nickel began to form, and the sample kept its original bcc and fcc structure; after 100h ball milling, the sample became a solid solution with bcc structure; after 200h ball milling, the diffraction peak of Ni almost disappeared and the isotropic grains with D achieved, which was mainly attributed to the dislocations and disclinations of the nanocrystalline bcc FeNi suffering from severe plastic deformation by ball milling.
球磨10h时，羰基铁和羰基镍开始形成合金，但大部分Fe、Ni原子仍分别以bcc结构和fcc结构存在。球磨100h时，样品以bcc结构的FeNi合金为主，球磨200h后，样品中fcc结构Ni特征峰几乎消失，FeNi纳米晶达到最小粒径的平衡值，~8nm。高能球磨过程中，晶界区域的层错缺陷是合金化和纳米晶形成的重要因素。
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The principle and technology of production of refined nickel from carbonyl nickel and the application of nickel products are introduced with on analysis of technical progress and market prospect of carbonyl nickel in China and abroad.
本文简述了羰基法精炼镍的技术原理、工艺技术及其产品的主要应用，同时对国内外羰基镍技术的进展及市场展望进行了探讨和分析。
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Spherical microfine nickel powder s were prepared using carbonyl nickel powder s as raw material in a RF plasma.
用羰基镍粉为原料，制备微细球形镍粉，研究了载气量和加料量对产品镍粉形貌和粒度的影响。
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In this study, powder injection molding of Fe-50%Ni was investigated when powder of iron carbonyl and nickel carbonyl was used as raw materials.
本次实验以羰基铁粉和羰基镍粉为原料粉末，采用注射成形方法制取Fe-50%Ni软磁合金，研究了高能球磨制备粉末对注射成形工艺以及材料性能的影响。
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After 10 h ball milling,the alloy of carbonyl iron and carbonyl nickel began to form,and the sample kept i.
结果表明：以羰基铁和羰基镍为原料，通过高能球磨得到了bcc结构FeNi纳米晶合金。
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In order to obtain the processing parameters of high speed depositing nickel film, experiment was undergone by metallic organic chemical vapor deposition with nickel carbonyl as precursor.
为了获得高速沉积镍膜的工艺参数，以羰基镍 [Ni 4 ]为前驱体，用金属有机物化学气相沉积法进行试验，以SEM ，DSC ，XRD测试分析技术探讨了载气、温度和羰基镍的摩尔分数对沉积速率的影响；也探讨了温度及羰基镍的摩尔分数对镍膜微观形貌的影响。
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A similar open nickel foam structure has been developed by vapor depositing nickel from nickel carbonyl into a bed of urethane foam spheres, and then burning off the polymer.
一个类似的开放泡沫镍结构用羰基镍蒸发、沉淀镍到聚氨酯泡沫球上，然后烧掉聚合物。
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The preparation methods of nickel-coated composite powder consisting of hydrothermal hydrogen reduction, electroless plating, decomposing of nickel carbonyl, and electroplating were summarized and its applications in thermal spraying field such as base, abradable seal, abrasion resistant, and self-lubricating coatings were introduced.
本文综述了镍包覆型复合粉末的制备方法，主要有水热氢还原法，化学镀法，羰基镍分解法和电镀法；介绍了国内外常见镍包覆型复合粉末在热喷涂领域中的应用情况、包括作为底层、封严涂层、耐磨涂层和自润滑涂层材料。
- 更多网络解释与羰基镍相关的网络解释 [注：此内容来源于网络，仅供参考]
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carbonylic：碳酰基的, 羰基的
carbonylate | 引入羰基 -tion 羰基化作用, 羰化 | carbonylic | 碳酰基的, 羰基的 | carbonylpowder | (铁,镍,钴等的) 羰基粉末
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Organotin poisoning：有机锡中毒
25. 四乙基铅中毒Tetraethyl lead poisoning | 26. 有机锡中毒 Organotin poisoning | 27. 羰基镍中毒 Nickel carbonyl poisoning
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nickel carbonyl：羰基镍
羰基镍(nickel carbonyl)为无色透明的液体. 受日光照射后可变成棕黄色或草灰色. 室温下易挥发. 加热至150~180℃时可分解为金属镍和一氧化碳. 短期内吸入高浓度羰基镍主要引起急性呼吸系统和神经系统损害
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nickel carbonyl：(十九)四羰化镍
(十七)对-二甲胺基偶氮苯 p-Dimethylaminoazobenzene | (十九)四羰化镍 Nickel carbonyl | (二十)氯甲基甲基醚 Chloromethyl methyl ether
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nickel carbonyl：四羰基镍,羰基镍,羰基镍
nickel carbonate ==> 碳酸镍 | nickel carbonyl ==> 四羰基镍,羰基镍,羰基镍 | nickel cast iron ==> 镍铸铁
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Nickel carbonyl poisoning：羰基镍中毒
26. 有机锡中毒 Organotin poisoning | 27. 羰基镍中毒 Nickel carbonyl poisoning | 28. 苯中毒 Benzene poisoning
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Carbonyl nickel：羰基镍
Carbonic acid 碳酸 - SCBA | Carbonyl nickel 羰基镍 - SCBA | Carbophenothion 苯硫碳(物) P3 HM
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nickel thorium nitrate：硝酸钍镍
nickel tetracarbonyl ==> 四羰基镍,羰基镍,羰基镍 | nickel thorium nitrate ==> 硝酸钍镍 | nickel tungsten ==> 镍钨合金