钼电极

同时还对稀土离子，Mg（Ⅱ），锂离子三种离子在钼电极上共电沉积形成合金的过程进行了研究。

The co-deposition process of the of rare earth ion , magnesium ion and lithium-ion on the molybdenum electrode in the molten salts was studied .

介绍了在低温烧结炉中，生产出适于制作钼电极的大规格（Φ80mm）烧结棒的基本工艺。

Big sintered bars (Φ 80mm ) for making molybdenum electrodes have been produced in a low-temperature sintering furnace .

添加剂CoO对超电容器用电极材料&改性氮化钼电极性能的影响

Effect of CoO on Properties of Modified Molybdenum Nitride Electrode for Supercapacitor

建立了钼电极保护系统的数值模型，把该系统中涉及的电极、水套、冷却水、保温砖、AZS耐火砖、玻璃液等问题关联起来；

A simplified mathematical model for electrode protecting system that involves molten glass , AZS refractories , insulating bricks , molybdenum electrodes , cooling water and jacket , etc.

玻璃电熔炉钼电极铸造式水套结构的研制

Research & Development for Cooling Water Jacket Structure of Molybdenum Electrode

玻璃电熔用钼电极的研究和应用

Study and Application of Molybdenum Electrode for Electric Melting of Glass

玻璃电熔窑钼电极保护系统的数值模拟研究

Mathematical Simulation of Mo Electrode Protecting System of Electric Melting Glass Furnace

板状钼电极加热玻璃窑炉供料道

Plate Molybdenum Electrode in The Electric Heating Forehearth of Glass Melting Furnace

棒状钼电极料道电加热的研究及实践

Study and Practice on electronic heating in forehearth with stick molybdenum electrode

氧化还原条件对钼电极在钠钙玻璃中着色的影响

Effect of Redox Condition on the Coloring of Soda-lime Glass by Molybdenum

钒化合物对氮化钼电极的影响

The Effect of V - Compound on Molybdenum Nitride

钼电极与玻璃电熔炉中各组份作用的热力学计算

Thermodynamics Computing of Molybdenum Electrode Reaction with Glass Component

电沉积镍钨注钼电极的析氢反应

Hydrogen evolution on the Mo implanted Ni-W electrode

钼电极电阻加热硬钎焊

Resistance Heating Brazing with Molybdenum Electrode

钒化合物加入后，氮化钼电极的工作电势窗口拓宽约0.34v，电极的电化学性能得到明显改进。

Its research result shows that the voltage of the Molybdenum-Nitride electrode has been widened from 0.53v to 0.87v by adding V-compound , the chemical properties of the electrode has been improved greatly .

用循环伏安法、XRD、SEM等手段，研究了铝对氮化钼膜电极性能的影响。

The effect of aluminium on the property of molybdenum nitride film electrode has been studied by cyclic voltammetry , XRD and SEM .

应用XRD、SEM、循环伏安法（CV）等测试手段研究了钙对氮化钼膜电极性能的影响。

The effect of calcium on the properties of molybdenum nitride film electrode was studied by using XRD , SEM and cyclic voltammetry .

通过比较不同的铁族金属与钼合金电极在30%KOH溶液中的催化性能，表明在Ni-Fe-Mo三元合金中引入Co能进一步提高合金的催化活性。

The catalytic activity of the different alloys in 30 % KOH solution indicated that the catalytic activity of Ni-Fe-Mo alloy was improved by adding Co it .

结果表明，用浸渍-煅烧法制备的氮化钼膜电极，浸渍液中添加剂Al2（SO4）3.6H2O的量对电极电化学性能有显著影响；

The results show that the quantity of Al 2 ( SO 4 ) 3 · 6H 2O added strikingly influences the electrochemical behavior of the electrode prepared by dipping-calcination method .

铝对氮化钼膜电极性能的影响

The Effect of Aluminium on the Properties of Molybdenum Nitride Film Electrode

镍钼合金电极的析氢性能研究

Activity Research on Hydrogen Evolution of Ni Mo Alloy Electrode

光学玻璃用钼棒电极的研制

Manufacture of Mo Stick Electrodes for The Optical Glass

钛钼合金电极在酸性介质中的电化学研究

Electrochemical study of Ti-Mo Alloy Electrodes in acidic solutions

氮化钼膜电极制备工艺及其电化学行为的研究

Technical Conditions of Preparation and the Electrochemical Behavior of the Film Electrode of Molybdenum Nitride

XM-Ⅱ型无水冷防氧化保护钼板电极在代铂拉丝炉中的实际应用

Application of XM - ⅱ non-water cooled Mo plate electrodes with anti-oxidation protection in refractory built marble remelting furnace for glass fiber drawing

镍钼合金镀层用于电极表面处理能提高其析氢催化性能。

Nickel - molybdenum alloy electrodeposits have been adopted for surface treatment of electrode for their good catalytic activity of hydrogen evolution .

在氮化钼的制备中加入了钒化合物，研究了其对氮化钼电极的影响。

During the period to prepare Molybdenum Nitride , the V-compound is added to prepare Molybdenum Nitride , its effect on Molybdenum Nirtide is also discussed in this paper .

钼板材主要用作电光源零件、电真空器件、隔热屏、发热器、钼电极及钼舟、钼坩埚等，用途广泛，市场前景看好。

Mo plate mainly used for electric light source parts , electric vacuum devices , heat shield , heater , Mo electrode and Mo boat , Mo crucible and so on , which would be widely use in the future .