电离度

其溶液开始的ph值在很大程度上取决于电离度，其滴定曲线也非常清晰。

The initial pH of solutions of poorly ionized acids depends largely upon the degree of ionization and the titration curves very markedly .

Ar－ICP非平衡参数的电离度测量及偏离局部热平衡的估计

The Measurement of Non-equilibrium Parameter and Degree of Ionization in Argon Inductively Coupled Plasma and the Estimation of Deviations from LTE

电离度与类H离子电离能关系的研究

A study of the dependence of ionization energies on ionicity for hydrogen like ions

由于平均电离度随抽运激光强度的提高而提高，所以采用这种光靶有利于使X射线激光向短波长推进。

The average ionization state increases with pumping laser intensity , therefore , the wavelength of the X-ray laser will be shorter .

提出一种测量金激光等离子体电荷态分布与平均电离度的X射线光谱学诊断方法。

In this paper , a diagnostic method of average ionization degree by X-ray emission spectra of laser-produced gold plasma was presented .

通过使用钙离子选择电极用电极电位法测量了在不同浓度和不同pH溶液下的天门冬氨酸钙的电离度情况，研究了天门冬氨酸钙的结构。

We study the structure of calcium aspartate in the solutions of different concentrations and different pH values by using Calcium ion - selective electrode analysis .

采用ThomasFermi（TF）方法，计算了氢的高密度等离子体物态方程，并引入TF等效电离度概念。

The equations of state were calculated with Thomas Fermi ( TF ) method and TF equivalent ionicity was introduced for the plasma hydrogen .

ECR微波放电是目前最有效的低气压放电技术，可以产生密度高、电离度高、均匀稳定的等离子体，称为ECR等离子体。

ECR microwave discharge is a process that could generate plasma of high density and high ionization , and the plasma is uniform in large space .

采用较高的等离子体密度、电离度及负的基片电位，制作了Y-Ba-Cu-O超导薄膜。

The sputtering deposition with ECR plasma was studied employing higher plasma density and ionicity and negative substrate potential to make Y-Ba-Cu-O superconducting film .

发现电离度效应使Fe+25离子的软X射线波长、平均寿命分别减少0.92%和1.83%，使其跃迁概率相对增加1.86%。

It is found that the relative reduction of the average life span and the wavelength of soft X-ray are the 1 . 83 % and 0 . 92 % , respectively , the relative increase of the transition probability is 1.86 % because of the ionicity effect .

近年来，微波电子回旋共振（ECR）等离子体源越来越受到人们的关注，因为它能在低气压下产生高密度、高电离度、大体积均匀的等离子体。

Microwave electron cyclotron resonance ( ECR ) plasma has attracted a lot of attention as they can generate uniform plasma on large area with high degree of ionization and high density at low-operating pressure .

天门冬氨酸钙溶液的电离度的研究

The Research of Electrolytic Dissociation Degree on Calcium Aspartate Solution

激光等离子体M带细致结构以及电离度的理论研究

Theoretical Studies on Detailed Structure of M-band and Ionization Stage for Laser-produced Plasmas

电离度效应对重类氢离子跃迁概率的影响

The Influence of the Ionicity Effect on the Transition Probabilities of Heavy Hydrogenlike Ions

基体元素及操作条件对电离度影响很小。

The influence of matrix elements on the degree of analyte ionization is insignificant .

本文用牛顿迭代法求解了电离度方程，推导了在稳定条件下该方程的解析解。

In this paper , ionization equations are solved by method of Newton iteration .

测定醋酸电离度和电离常数的两种微型方法的比较研究

Acetic Acid Ionization and The Determination of Ionization Constants of The Comparative Study of Micro-ways

电离度效应对高电离态类氢离子平均寿命的影响

The influence of the ionicity effect on the average life of high ionization hydrogenlike ions

醋酸电离度和电离常数测定方法的比较研究

Comparative Study on the Determination Method for Ionization Degree and Ionization Constant of Acetic Acid

因此，为了解决等离子体的很多实际问题，需要寻求一种计算平均电离度的近似方法。

So we need an approximate method to calculate mean ionization degree in many practical problems .

凝固点降低法测定强电解质表观电离度的探讨

Study on the Determination of Apparent Ionization Degree of Strong Electrolytes by the Solidifying Point Reduction Method

本论文我们提出一种新的方法来定温度和电离度的演化。

In this paper , we proposed a new method to determine the evolution of temperature and ionization fraction .

通过冲击波后参数和氩气电离度的理论计算，解释了冲击压缩下氩气的发射光谱特性。

The emissive spectrum properties of shock compression argon were qualitatively explained by the state parameters and ionization degree .

计算所得的波长值对金等离子体的能级寿命、电荷态分布和平均电离度研究有一定的参考价值。

These data provide reference valuable for level lifetime , charge state distribution and average ionization degree of Au plasma .

许多药物有效成分为弱电解质，分子电离度与介质的性质密切相关。

Some effective components of drugs are weak organic electrolytes . The degree of dissociation is determined mainly by the medium .

在电场激励作用下，火焰温度升高，电离度增大，火焰中电子密度增大。

In the under of electric field excitation , the flame temperature increases , the degree of ionization increases and the electron density in the flame increases .

交流电弧再引燃主要影响因素是电流换向瞬间的电压、电弧空间的电离度和电极发射电子的能力。

The voltage and gas ionization with current zero-crossing and the electron emission ability of the electrode are the principal factors of re-ignition of alternating-current welding arc .

本文探讨用凝固点降低法测定强电解质表观电离度的实用性及操作规范。

The practicality and the operational standard of determining the apparent ionization degree of strong electrolytes by means of solidifying point reduction method are researched in this article .

其电弧稳定与否，主要取决于电流过零瞬间的电弧空间电离度、电极发射电子能力及再引燃电压的上升速度。

The stability of the welding arc depends mainly on the voltage and the gas ionization when current zero-crossing as well as the electron emission ability of the electrode .

在电晕近似下给定等离子体的温度和密度，采用离子模型用数值计算方法求解了电离度方程组。

Under the conditions of corona approximation and given temperature and density of plasma , by means of ion model , ionizing equations are soluted by method of difference .