1.
EFFECT OF IONIC STRENGTH ON SALINE HYDROLYSIS CONCENTRATION EQUILIBRIUM CONSTANT;
离子强度对盐类水解浓度平衡常数的影响
2.
Seeking the Limiting Value of Equilibrium Constant in Consecutive Reaction by the Determination of Single-Component Concentration;
由单组分浓度的测定求连串反应平衡常数的极限值
3.
Experimental improvement on determination of ionization equilibrium constant of weak electrolyte and critical micelle concentration of surfactant
电导法测定解离平衡常数及临界胶束浓度的实验改进
4.
Effect of target-controlled effect-site concentration of propofol on hemodynamics
两个血浆-效应室平衡速率常数值用于靶控丙泊酚效应位浓度对血流动力学的影响
5.
Influences of Material Ratio on Product s Balance Concentration and Chemical Balance Motion;
“物料比对产物平衡浓度的影响”与化学平衡移动
6.
The equilibrium concentrations are lower than that calculated via Ostwald coefficientsand the equilibrium time deviates more as it becomes longer.
气室中的平衡浓度低于按奥斯特瓦尔德系数的计算值，平衡时间越长偏离越大。
7.
Equilibrium Concentration of Sulfate Ion in CaSO_4-Ca(OH)_2-H_2O System
CaSO_4-Ca(OH)_2-H_2O体系中硫酸根的平衡浓度
8.
being more concentrated than normally possible and therefore not in equilibrium.
比正常的可能情况更浓，因而不能保持平衡。
9.
The Equilibrium Constant in Natural Waters--Deviation of Steady State From Equilibrium State
天然水体中的平衡常数——稳态对平衡态的偏离
10.
The Investigation of the Effect of the Size on the Thermodynamic Properties and the Equilibrium Constant of Nanoparticles
粒度对纳米粒子热分解热力学性质和平衡常数的影响
11.
The concentration helped to increase the equilibrium adsorption capacity.
初始浓度的增大有利于提高平衡吸附容量。
12.
The accomplishment of the relatively static of the water and the ion concentrations in animal body
动物体内水及离子浓度相对平衡的实现
13.
Effects of CO_2 Enrichment on Plant Biomass Production and Carbon Balance in the Leymus Chinensis Steppe;
CO_2浓度升高对羊草草原生产力和碳平衡的影响
14.
Circulation measurement of gas-liquid equilibrium for dilute SO_2 in ethylene glycol
循环法测定低浓度SO_2在乙二醇中的气液平衡
15.
This is best expressed in the form of an equilibrium constant.
这最好用平衡常数的形式来表示。
16.
Application of Maple to calculation of the vapor-liquid equilibrium ratios
应用Maple软件计算汽液平衡常数
17.
Even if the pressure gradient is partly balanced by the fluid acceleration, its order of magnitude is usually no larger than the hydrostatic gradient.
即使压强梯度部分地被流体加速度平衡，其数量级通常也不大于静压梯度。
18.
It is significantly altered by changes in pH, temperature and concentration.
这种平衡会随便PH值、温和度和浓度的不同而有较大改变。