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1)  Monel alloy electrode
Monel合金电极
1.
In the investigations of electrochemical reduction of nitrobenzene to p-aminophenol at the Monel alloy electrode, it was found that the yield gradually decreased with the increase of the service time of the Monel alloy electrode.
通过Monel合金电极上硝基苯(NB)直接电还原合成对氨基苯酚(PAP)。
2)  Monel alloy
Monel合金
1.
Much HF acid corrosion and leakage frequently has happened in a hydrofluoric acid regeneration tower made by Monel alloy during a short run in one alkyl benzene unit located in Fushun,which does not correspond with the natural combine rule of excellent anti-corrosion between Monel alloy and HF acid.
抚顺某HF酸烷基苯Monel合金再生塔短期内频繁发生HF酸腐蚀泄漏,严重违背蒙乃尔合金与HF酸耐蚀优异的天然结合规律。
2.
The chemical composition and mechanical properties of Monel alloy made in our country are mainly discussed.
重点讨论了国产 Monel合金的化学组成和机械性能 ,并详细论述了此合金的熔炼工艺和铸造工艺以及其他工艺特点 ,结果表明 :只要在熔炼过程中控制吸气和脱氧除气 ,严格执行其他工艺流程 ,即可得到替代进口产品的 Monel合
3.
This paper briefly describes the new corrosion-proof and anti-leak material-the Monel alloy, its corrosion resistance capability and application for naval ship.
本文简述了舰船防腐防漏新材料——Monel合金,及其耐腐性能和舰船上的应用情况,供大家参考。
3)  Casting Monel Alloy
铸造Monel合金
4)  Monel alloy with Al addition
含铝Monel合金
1.
Monel alloy with Al addition is widely used in many fields due to its excellent corrosion resistance in sea water,acid,alkali and salt.
含铝Monel合金在海水、酸、碱、盐环境中具有优异的耐蚀性,广泛用于各行业中。
5)  Monel alloy/Cu explosive cladding bar
Monel合金/Cu爆炸复合棒
1.
Numerical analysis of cladding process of Monel alloy/Cu explosive cladding bar
Monel合金/Cu爆炸复合棒复合过程数值模拟
2.
The microstructure of bonding interface of Monel alloy/Cu explosive cladding bar was experimentally investigated, and the whole cladding process of which was numerically simulated in the present work.
本文主要对Monel合金/Cu爆炸复合棒的界面结合层进行了微观组织结构观察及研究,并对其复合过程进行了数值模拟及分析。
6)  alloy electrode
合金电极
1.
The alloy electrode Ni S Zr was prepared by electro deposition, and its surface morphology was observed with SEM.
用电沉积方法制备了Ni S Zr合金电极 ,用扫描电镜观察电极的表面形貌 ,通过阴极极化曲线及交流阻抗等电化学技术研究其析氢催化性能。
2.
The content of carbonyl nickel powder used as conduct agent almost does not affect the maximum discharge capacity of this alloy electrode.
研究了粉体粒度、导电镍粉及工作温度对合金电极Ti0 。
3.
On Pt-Rh alloy electrodes, the effect of some operational parameters on the adsorption process of several unsaturated aliphatic acids was respectively examined by fast cathodically potentiodynamic polarization.
研究结果表明 ,在中等表面覆盖率下 ,所研究的不饱和有机酸在Pt-Rh合金电极上吸附速率都遵循Rogynski-Zilidowicz方程 ,Pt电极上吸附速率最大 ,从Pt电极向Rh电极过渡中 ,吸附速率下降 2 0~ 30倍 。
补充资料:铁合金电炉电极升降、压放和加料管装置


铁合金电炉电极升降、压放和加料管装置


铁合金电炉电极升降、压放和加料管装置
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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