熔盐电脱氧,electrodeoxidation
1)electrodeoxidation熔盐电脱氧
英文短句/例句

1.Influence Factors of Current Efficiency in Polysilicon Production Directly by Molten Salt Electrolysis熔盐电脱氧制多晶硅过程电流效率的影响因素
2.Mechanism on Increasing Electroanalysis Efficiency by Cathode Doping for the Metal Zirconium Prepared by Electro-Deoxidization in Molten Salt阴极掺杂提高熔盐电脱氧制备锆电解效率的机制
3.Molten Salt Synthesis and Electrochemical Properties of Manganese Dioxide熔盐法制备二氧化锰及其电化学性能
4.Experiments of Molten Electrolysis of TiO_2 to Titanium and Study on the Mechanism;二氧化钛熔盐电解制取钛的实验及机理研究
5.Electroplating Al Coating in Molten Salt and High Temperature Oxidation Process;熔融盐电镀铝及镀铝层高温氧化的研究
6.Synthesis and Properties of Co_2W Hexaferrites Prepared by Molten Salt Method熔盐法制备单相Co_2W六角铁氧体及电磁性能研究
7.INFLUENCE OF DEOXIDATION ON CONTROLLING LOW AL DURING ESR PROCESS电渣重熔过程中脱氧对低铝控制的影响
8.clear fused-quartz cell透明熔融石英电解槽(熔盐电解)
9.Study on Preparation of Extra-Low-Oxygen Rare-Earth Metal Yttrium by Ca-CaCl_2 Fused-Salt Methodand Electrochemistry Purification Method;用Ca-CaCl_2熔盐法和电化学提纯法制备高纯低氧稀土金属钇(Y)的研究
10.Preparation of Manganese Oxide by the Method of Molten Salt and Hydrothermal and Investigation on the Performance of Supercapacitor;熔盐法与水热法制备锰氧化物及超级电容性能研究
11.molten salt chronopotentiometry熔盐计时电位滴定法
12.Pre-desilication of laterite in NaOH sub-molten salt system红土镍矿在NaOH亚熔盐体系中的预脱硅
13.Study on Synthesis of Potassium Titanates by KOH Sub-molten Salts Method氢氧化钾亚熔盐法合成钛酸钾的研究
14.deoxidize molten metals by stirring them with a wooden pole.通过混合木碳使熔化的金属脱氧。
15.Study on the Electrical Conductivity of NaF-KF-LiF-AlF_3 Electrolyte Melts for Aluminum ElectrolysisNaF-KF-LiF-AlF_3系铝电解质熔盐电导率研究
16.Research on Electrical Characteristics of Molten Carbonate Fuel Cells熔融碳酸盐燃料电池的电气特性研究
17.Influence of Oxygen Contamination from Crucible Material on Deep Deoxidation of Molten Steel during Vacuum Induction Melting;真空感应熔炼过程炉衬供氧对钢液深脱氧影响
18.Study of Fabricating Metal Material with Contact-Porous by Technique of Wiping off Salt from Sintered Product of Metal and Salt by Melting or Solution;熔、溶脱盐造孔法制备金属通孔多孔材料研究
相关短句/例句

deoxidizing flux脱氧熔剂
3)melting salt oxidation熔盐氧化
1.Study on melting salt oxidation technology of molybdenite concentrate;辉钼精矿熔盐氧化工艺——Na_2CO_3-Na_2MoO_4-Na_2SO_4体系
2.The melting salt oxidation of molybdenite in Na 2MoO 4 Na 2SO 4 system was studied.对辉钼精矿在Na2 MoO4 Na2 SO4体系的熔盐氧化过程进行了研究 ,探索了不同的工艺参数对钼的转化率和脱硫率的影响 。
4)molten salt electrolysis熔盐电解
1.New process for preparation of Al-Sr alloys by molten salt electrolysis and its feeding study on period;熔盐电解生产Al-Sr合金的新工艺及其加料周期
2.Preparation of CaB_6 powders by molten salt electrolysis and analysis of electrode process;熔盐电解制备CaB_6晶体粉末及电极过程分析
3.Analysis of external conditions and experiments for synthesis of CaB_6 by molten salt electrolysis;熔盐电解制备CaB_6的外部条件分析与实验验证
5)fused salt electrolysis熔盐电解
1.This paper reviews the conventional fused salt electrolysis process for production of refractory metals and analyzes its shortages: conventional electrolysis has strict demands for electrolyte, which leads failure in production of refractory metals with conventional electrolysis.介绍了传统的熔盐电解法用于难熔金属制备的应用现状,分析了其存在的弊病:主要是传统熔盐电解法对电解质要求严格,难以找到合适的熔盐。
6)salt melting-elec-trolysis盐熔电解
延伸阅读

电盐NH4Cl 分子量53.49 性质 白色粉末或颗粒结晶体。无臭,味咸而带有清凉。密度1.527g/cm3。易吸潮结块。易溶于水,溶于甘油和液氨,难溶于醇,不溶于丙酮和乙醚。100℃时开始有显著的挥发,340℃时升华,升华的蒸气并不是分子状态的氯化铵,而是等体积的NH3和HCl。水溶液呈弱酸性,加热酸性增强,对黑色金属和共他金属有腐蚀,特别对钢腐蚀性更大,而生铁尚小些。 应用 是一种优良的氮肥,尤其适宜于碱性土坡的麻类作物,但对烟草、甜菜、甘薯等糖类和淀粉作物不宜施用。大量用作电池制造中电解液的组分和电镀浴的添加剂,以增加导电性。另外,还用作鞣革脱灰剂、染色助剂、电焊助熔剂、制造铵盐的原料等。