1.
The advantage of low molecular ratio electrolyte is supercor to the disadvantage of it.
低分子比电解质虽然有一定的缺点，但优点远远大于其缺点。
2.
Aluminium electrlysis by means of low molecular ratio electrolyte is an important mark for centre-worked prebake cell at present.
采用低分子比电解质进行铝电解生产是现代中间下料预焙槽的重要标志。
3.
Phases Analysis and Cryolite Ratio Determination of Aluminum Electrolytes
复杂铝电解质的物相分析及分子比的测定
4.
At last, the formula to calculate the cryolite ratio of thealuminum electrolyte with was derived.
最后推导了计算电解质冰晶石分子比的公式。
5.
Analysis on Heat Balance Characteristics under Lower Molecular Ratio and Control for 180 kA Heavy Pre-baking Aluminum Smelting Pot
浅析180 kA大型预焙铝电解槽低分子比下的热平衡特性与控制
6.
If the technological conditions are well adjusted in aluminium electrolysis, the production using low molecular ratio electrolyte can achieve high efficiency and low energy consumption.
在铝电解生产中只要调整好工艺条件，采用低分子比生产是能够实现高效低耗的。
7.
Research on Organic Liquid Electrolyte for Low Temperature Lithium Ion Battery;
锂离子电池低温用有机液体电解质的性能研究
8.
Fluoride Mix Aluminum Oxide Adjustment Electrolyte Molecular Proportion Industrial Experiment
氟化盐混合氧化铝调整电解质分子比的工业性试验
9.
Preparation of low-molecular-weight hyaluronan using ultrasonic degradation
低相对分子质量透明质酸的超声降解制备
10.
cation active high-molecular electrolyte
阳离子活性高分子电解质
11.
Effect of Three Low-Molecular Organic Acids on Desorption of DDT in Soil
3种低相对分子质量有机酸对土壤中DDT的解吸
12.
Electrolyte in solution reduces the apparent solubility and dispersion stability of disperse dyes.
溶液中电解质将降低分散染料的表观溶解度和分散稳定性。
13.
The separation of an electrolyte into ions of opposite charge.
电解（作用）一种电解质分解为带有相反电荷的离子的过程
14.
an electrolyte of high molecular weight.
具有高分子重量的一种电解质。
15.
Molecular Simulations on Polyelectrolyte-Colloid Solutions;
聚电解质—胶体溶液的分子模拟研究
16.
The ionic theory assumes that in solutions of electrolytes the molecules are dissociated into charged particles called ions.
离子理论认为,在电解质溶液中,分子离解成被称为离子的带电微粒.
17.
The problem analysis and solution schemes of the power energy quality in Hongdongzi Substation
红墩子变电站电能质量问题分析及解决方案
18.
The Effect of Electrolyte Concentration on the Electron Transfer Capability of Lipid Bilayers
电解质对卵磷脂双分子层电化学行为的影响