利用常规的滴定分析方法测定了电解液中各种离子的浓度,并利用气相色谱测定了电解气中的氧气纯度(体积分数)。
T he concentrations of ions in electrolyte were measured by normal analysis method, and the content of oxygen in electrolysis gas was measured by gas chromatography.
总结了萃取法和连续电积法两种铜电解液净化脱砷新工艺的特点,并进行了分析比较。
This paper summarizes the process features of purification arsenic removal of copper electrolyte by solvent extraction or continuous electrowinning and makes analysis and comparison.
通过设计阴极与砂轮廓形的对比,分析了成形砂轮轮廓形状,修整电压和电解液电导率对设计阴极形状的影响。
Comparing design cathode with wheel profile shape, effects of dressing parameters, wheel profile, dressing voltage and conductance on design cathode profile were studied.
对碱性环境下铝的电解抛光机理进行了分析,通过实验获得了寿命长抛光效果好的电解液。
The mechanisms of aluminum's alkaline electropolishing were analyzed, and a long-life and good effective electrolyte solution was obtained by experiment.
结合数值模拟结果,分析得出了如下结论:不同的电解液有不同的氧化电压范围。
According to the numerical simulation, some conclusions are as follows: different electrolytes have different oxidation voltage range.
分析了液碱电解液蒸发工艺过程中液碱损失的原因,并提出了预防措施。
The causes of liquid caustic soda loss during the liquid caustic soda electrolyte evaporation process were analyzed, and preventive measures were proposed.
对使用不同电解液的电池的初始充放电效率、内阻、循环性能、电压平台、低温性能等进行了测试分析。
The initial efficiency of discharge-charge, resistance, cycle performance, voltage platform and low temperature performance of Li-ion batteries with different electrolyte was studied.
实验同时分析了加工参数如加工电压、电解液种类和浓度、加工材料等对冷却孔成形的影响。
The effects of such machining parameters as voltage, type and concentration of electrochemical fluid, materials etc on the cooling hole formation were also analyzed.
本文从锂离子电池热安全性特点着手,分析了锂离子电池的着火、爆炸和电解液泄漏等安全事故特点。
From the point of lithium-ion batteries' thermal safety characteristics, its performances of fire, explosion, and electrolyte leakage are analyzed in this paper.
分析了不同电解液组成、电解液温度及阳极氧化时间对其耐蚀性的影响。
The effects of the composition and temperature of electrolyte, and the oxidation time on corrosion resistance of the oxide films were investigated.
分析了不同电解液组成、电解液温度及阳极氧化时间对其耐蚀性的影响。
The effects of the composition and temperature of electrolyte, and the oxidation time on corrosion resistance of the oxide films were investigated.
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