电离平衡

根据实验原理，改变实验仪器装置来测定HAc电离平衡常数，使测定结果更加接近理论值。

This article with the situation in which the measuring numerical value of ionization equilibrium constant of HAc is closer to theoretical value based on experimental principles and the improvement of installation equipment .

同时，随着氧化过程的不断进行，H+在阴极上的不断消耗破坏了H2O的电离平衡，促使H2O的电离，电离产生的OH-可以补充氧化过程中消耗的OH-。

As the continuous proceeding of oxidation , ionization equilibrium of H2O was broken owing to the continuous consumption of H + on cathode , which improved the ionization of H2O . Therefore , the OH - consumed during oxidation was recruited by that generated during ionization .

根据电离平衡理论，导出了不同条件下厌氧发酵过程PH值的理论计算公式。

According to the ionic equilibrium theory , the PH calculating models were proposed under different anaerobic digestion conditions .

Zn-Al类水滑石结构正电荷对内禀电离平衡常数的影响

Effect of Permanent Charge on the Intrinsic Ionization Constant of Zn-Al Hydrotalcite-like Compounds

溶液酸度影响PAR的电离平衡和存在状态，因而影响散射光谱。

Acidity of the solutions influenced the acid-base equilibrium of PAR and its existing state , thereby ( influenced ) the RLS intensity .

利用溶液电离平衡理论结合离子活度系数的修正，对磷酸钠溶液吸收模拟烟气中的SO2气液平衡进行预测，获得非平衡级模型中的界面气液平衡常数。

A thermodynamic model with a modified ion activity coefficient was used to predict the gas-liquid phase equilibrium of the SO_2 absorbed by the sodium phosphate buffer solution and the phase equilibrium constant at the interface in the non-equilibrium stage model .

本文首先实验测定了7-ACA结晶热力学数据和粘度、密度、电离平衡常数等必要的基本物性数据。

First , the crystallization thermodynamic data and other basic physicochemical data of solution , such as viscosity , density of 7-ACA solution and dissociation constants , were measured by experiments .

在理论上，基于局域热力学平衡态下的等离子体发射光谱理论，并结合空气等离子体Saha电离平衡方程，计算了空气等离子体中的平衡组分和连续光谱。

Based on the assumption that the plasma in the local thermodynamic equilibrium state , and combining the Saha ionization of air plasma equilibrium equation , we calculated the equilibrium composition and continuous spectrum of air plasma radiation .

电导法测定弱电解质醋酸的电离平衡常数

Ionization Balance Constant of Weak Electrolyte Determined by Conductance Method

感应耦合等离子体中原子发射光谱的非局部热平衡（Ⅱ）&非沙哈电离平衡过程

Non-Local Thermal Equilibrium in ICP-AES ⅱ── Non-Saha Ionization Equilibrium Process

用电离平衡常数确定平衡移动的方向

Identify the direction of balance movement with electro - ionization balance constant

应用溶度积和电离平衡常数理论，建立了5种类型垢的预测模型；

A prediction model for 5 types of scales is established by using solubility product and theory of dissociation equilibrium constant .

电离非平衡粘性激波层低雷诺数钝体绕流

Ionized nonequilibrium viscous SHOCK-LAYER flows over blunt bodies at low Reynolds number

横向磁场对电离非平衡高速气流的作用

The effects of a transverse magnetic field on a non-equilibrium ionized high-velocity gas stream

光致氩原子电离的平衡电荷态分布

The charge state distribution of argon after photoionization

电离空气平衡边界层

Ionized air equilibrium boundary layers

本项工作从实验和理论两方面研究横向磁场对电离非平衡高速气流的作用。

The effects on a non-equilibrium , ionized , high-velocity gas stream of a strong magnetic field normal to the stream are studied by experiment and analysis .

利用费米分布函数和杂质电离的热平衡理论计算了载流子在杂质能级上的占据概率，其结果与传统的热力学统计理论及计算化学势方法得到的结果完全一致。

The probability functions of carriers occupying the impurity level are calculated by applying the Fermi-Dirac distribution function and the thermal-equilibrium theory of the impurity ionization , the result accord with that obtained by applying the conventional thermodynamic and statistical theory and the method of computing the chemical potential .

本文成功地将二阶迎风TVD数值格式运用到弱电离、化学非平衡斜激波反射流场的数值计算中。

In this paper several planar oblique shock reflection in weakly ionizing , chemically relaxing gas flow have been successfully simulated using a secondorder upwind Total Variation Diminishing ( TVD ) scheme .

超强超短激光场有质动力电离产生极端非平衡态等离子体&一种新的强场电离模型

Generation of an Extremely Non-Equilibrium Plasma by Ultrashort Ultrahigh Intensity Laser & A New Ionization Mode for Atoms under Strong Laser Field

利用介质阻挡强电离放电产生非平衡等离子体，进行模拟烟气脱硫。

SO_2 is removed from the simulated gas streams using non-thermal plasma which can be formed by the strong ionization discharge of dielectric barrier .

根据能级结构和简并度，用统计热力学方法计算不同温度下Au~（48+）～Au~（52+）离子的电子配分函数和这五种离子间的电离与复合反应平衡常数。

Based on energy level structures and degeneracy , the partition function , equilibrium constant and second-order recombination rate constants of Au48 + - Au52 + at different temperature are derived by statistical thermodynamics .

基体干扰是由于易电离元素使待测元素在等离子体中的电离平衡移动和激发能力减弱所致。

These phenomena could be attributed to the shifting of ionization equilibrium and the decreasing of excitation power of the examined elements .