1.
metal strength of the electrolyte
电解质液中的金属浓度
2.
The electrolyte within the glass electrode is an acid solution of definite strength.
玻璃电极中的电解质是具有一定浓度的酸溶液。
3.
The Correct Comparison between the Relations of the Particle Consistency in Electrolytic Solution;
电解质溶液中微粒浓度关系的正确比较
4.
Effects of NiSO_4 content in plating bath on the quality of Ni-W alloy coating
镀液中硫酸镍浓度对镍钨合金镀层电镀质量的影响
5.
Effect of Electrolyte Composition on the Corrosion Behavior of Micro-Arc Oxidation Coating on ZK60 Magnesium Alloy
电解液组分浓度对ZK60镁合金微弧氧化膜的影响
6.
Determination of Metal Impurity Elements in Lithium Electrolyte by ICP-AES
ICP-AES法测定锂离子电池电解液中金属杂质元素
7.
Quick Measurement of Alkali Concentration in Electrolyte of Al/AgO Battery
快速测定铝/氧化银电池电解液中碱浓度的方法
8.
The concentration of a solution, expressed in gram equivalent weights of solute per liter of solution.
规定浓度溶液的浓度，以一升溶解物中溶质的含量为多少克表示
9.
The Research of Semiconductor Behaviors of Metal/Organic Coating in Electrolytes during Its Degradation
金属/有机涂层电解质溶液中腐蚀的半导体行为研究
10.
The Dielectric Property Measurement of Electrolyte Solution under Microwave Irradiation and the Influence Analysis of Metal Impurities on Measurement Accuracy;
微波辐射下电解质溶液的介电特性测量与金属杂质对测量精度的影响分析
11.
Analysis of semen criterion and electrolyte of male infertility
男性不育患者精液质量指标和精浆电解质浓度的测定与分析
12.
Research on the Extract of the Molybdenum Metal from the Low Density Leach Liquid with Biosorption Method;
生物吸附法提取低浓度浸出液中金属钼的实验研究
13.
The concentration difference cell method has been used widely to determine O in the molten metals.
浓差电池法已广泛地用于测定液态金属中氧。
14.
On Electrolyte to Separate Non-metallic Inclusions in Ni-base Alloys with Electrolytic Extraction Method;
电解分离镍基合金中非金属夹杂物电解液的研究
15.
Relationship between the level of serum MMP and the degree of brain trauma
血清中基质金属蛋白酶的浓度与脑挫裂伤严重程度的关系
16.
Pretreatment of alcohol wastewater with micro-electrolysis
铁碳微电解工艺预处理高质量浓度酒精废液
17.
Effects of Acid Production of Achromatium sp. on Desorption of Soil Heavy Metals and Their Uptake by Elsholtzia splendens
无色菌产酸对土壤溶液重金属浓度及海州香薷重金属吸收的影响
18.
The effects of polyion concentration,solution properties,solution ionic strength on the sizes and zeta potentials of the formed nanoparticles were investigated.
同时,研究了该聚电解质溶液浓度、性质、离子强度对复合物粒径和ξ-电位的影响.