MA cell diaphragm cell with metal anodes 金属阳极隔膜电解槽
Diaphragm diffusion cell technique optically oriented clay of diffuse form 膜片式扩散筒测定法扩散状光性定向粘粒
Diaphragm electrolytic cell with expanded anode and active cathode 具扩张阳极及活性阴极的隔膜电解槽
With diaphragm electrolytic cell used the plate frame filter to autocycle the solution, the process conditions about anodic oxidation of Cr 3+ are investigated when pure lead is used for the electrodes. 采用隔膜式板框压滤自动循环电解装置,以纯铅板为电极,研究了影响Cr3+阳极氧化的工艺条件。
Discussion on active-cathode technology appling in diaphragm cell with metal anodes 隔膜法金属阳极电解槽采用活性阴极技术的探讨
In order to improve the traditional Sintered-glass diaphragm cell used for liquid diffusion, preliminary investigation has been made on the applicability of porous metallic membrane. 针对膜池法的主要缺点,考察选用了金属扩散膜代替传统的玻璃膜,以缩短测定时间,使膜池法更便于应用。
A new technigue for copper electrolysis of Au-Cu ore with chlorination leaching electrolyte in a diaphragm cell 金铜矿氯化浸出隔膜电解新工艺
Metal copper was produced by diaphragm cell. 浸出液采用隔膜电解方法产出阴极铜。
Conclusions The diaphragm cell could be damaged by ADM. 结论阿霉素对兔膈肌有毒性作用。
Concentration of Precious Metals from Copper-Nickel Alloy by Chlorination Leaching A new technigue for copper electrolysis of Au-Cu ore with chlorination leaching electrolyte in a diaphragm cell Cu-Ni合金氯化浸出富集贵金属金铜矿氯化浸出隔膜电解新工艺
By using a diaphragm cell, the coupled rate between pure Ni_3S_2 and Cu~ ( 2+)/ Cu~+ was studied in the acidic chloride solution. It has been found that Cu_2S is a good material for cathode. 利用隔膜电解池研究了Ni3S2与Cu~(2+)/Cu~+偶合反应速度,Cu2S是Ni3S2腐蚀溶出良好阴极。
The relationship, that temperature and diaphragm material with electromotive force and internal resistance of cell system of atomic hydrogen sensor, was studied by the thermodynamic means, then a static mathematical model of sensor cell system was formulated. 利用热力学方法,讨论了温度、隔膜材料对原子氢传感器电池体系电动势、内电阻的影响,构建了传感器电池体系静态数学模型。
Determination of Liquid Diffusion Coefficients for Binary Systems by Improved Metallic Diaphragm Cell Method 用改进的金属膜池法测定二元物系液相扩散系数
Preparing Tin(ⅱ) Sulfate by Electrolysis in a Diaphragm Cell 离子隔膜电解法制备高纯硫酸亚锡
Activity of nickel sulfide electrode and the inner resistance of the diaphragm of the cell have remarkable effect on the generative leaching process. 硫化镍电极活性和电池离子隔膜内阻对发电浸出过程有很大影响。
The simultaneous electrowinning of lead and manganese dioxide includes two methods: electrowinning processes without and with diaphragm between anode and cathode in cell. 铅和二氧化锰同时电解包括两种方法:电解槽中阴、阳极之间有隔膜和没有隔膜两种电解。