科学家通过多加了一个电场来对离子施力。
The scientists applied a force to the ions by imposing an additional electric field on them.
分析了等离子体浓度对离子能量通量的影响。
The effect of plasma density on the ion energy flux is analyzed.
讨论了腔中反应过程对离子准分子形成的影响。
The effect of the reactions on production of ionic excimer is discussed.
用同轴式放电对离子激光的某些特性作了研究。
The characteristics of the laser output were investigated in the case of coaxial discharge.
文章还讨论了等离子体的温度对离子密度的影响。
The effect of the plasma temperature on the ion concentration is also discussed.
由此可见，磁镜场参数对离子能量分布有很大影响。
So the magnetic mirror parameters have significant effect on the ion energy distributions.
在高密度条件下，发现了低混杂波对离子的大幅度加热。
In the case of high density, the plasma was heated greatly by the lower hybrid wave (LHW).
本文探讨了循环热处理对离子渗碳后试样晶粒度的影响。
The effect of cyclic heat treatment on grain size of ion-carburizing specimen is studied in this paper.
本文研究了介质酸度对离子缔合物水相显色反应的影响。
The effects of acidity of the reaction medium on choosing solubilizers or dispersing agents for ion-association compounds have been studied.
对离子型稀土矿床时行勘探，有助于准确地实施原地浸析采矿。
The productive exploration helps exactly conduct in-situ leach mining operation.
高比压下的不稳定模对离子温度梯度和角向波长的变化的响应减弱。
The unstable mode is not sensitive to the ion temperature gradient parameter and the poloidal wavelength.
讨论了阴、阳离子结构对离子液体性质的影响，离子液体与电极的匹配性。
The influence of the structure of cations and anions on the performance of ionic liquids and the compatibilities between the ionic liquids and the electrodes were discussed.
利用几何光学方法对离子回旋波频段内的快波在等离子体中的传播进行了研究。
The propagation of fast waves in the ion-cyclotron range of frequencies in the plasmas is investigated by using the ray-tracing method.
本文研究了不同溶剂对离子性和非离子性高分子稀溶液的分子构型和流变性能的影响。
The effect of solvent properties on molecular configuration and rheological behavior of ionic and non-ionic dilute polymer solutions was studied.
本文在稳态等离子体装置中，对离子声孤立子的激发、空间传播和马赫数等进行了研究。
The properties of ion-acoustic soliton such as its excitation, spatial evolution aad Mach number are studied on a stable plasma device.
通过对离子膜烧碱生产线工况条件分析，提出了在浮子流量计结构中增加阻尼装置等措施。
This paper advanced how to add damping equipment among the structures of metal tube rotary flow meter according to analyses the working condition of production line of ion exchange soda.
光外差磁旋转速度调制光谱技术是一种对离子分子选择性测量的高灵敏激光吸收光谱技术。
Optical heterodyne magnetic rotation enhanced velocity modulation spectroscopy (OH-MR-VMS) is an absorption spectroscopic technique for selective detection of the molecular ions.
其根本原因是人们忽略了腐殖质胶体颗粒的表面电场对离子吸附速率与平衡吸附量的影响。
The fundamental reason is that people have ignored the influence induced by the electric field of humus colloidal on adsorption rate and adsorption equilibrium.
地下水、电流倒向时间对离子移动的半径范围影响显著，从而使桩体在形状上变得更不规则。
These factors, such as groundwater, current reversed time, electrode shape and NaCl reagent which have influence on electrochemical stabilization are studied.
综述了超分子卟啉化合物对离子、大分子、手性分子的识别的研究进展及其在一些领域的应用。
This paper is to study progress on molecule recognition of ion, macromolecule, chiral molecule and applications in some field by the use of supramolecular porphyrins.
最后也对离子液体和催化剂进行了回收循环，证明了催化剂在回收后仍然具有很好的催化性能。
Finally, ionic liquid and catalyst were recycled and reused, it was proved that catalyst still had good catalytic performance.
叙述了各种因素对离子的形成及其水解速度的影响、离子的确定方法及其对涂层元素成分的影响。
The effects of various factors on ion formation and hydrolysis speed, the determination method of ion and the effect of ion composition on coating element composition were described.
离子极化是化学中的一个典型问题，针对离子极化对离子的变化，对物质的性质影响问题进行探讨。
It's a typical question in the chemistry, the paper has a discussion on what change ion polarization to ion and what effect to the matter.
目的探讨中药和西药对离子型造影剂过敏反应的预防，解决离子型造影剂在脑部ct增强中的过敏反应。
Objective to study Chinese medicine and Western medicine preventing the anaphylaxis of ionic-type radiography agent, to solve the anaphylaxis in brain enhancement ct.
目的探讨中药和西药对离子型造影剂过敏反应的预防，解决离子型造影剂在脑部ct增强中的过敏反应。
Objective to study Chinese medicine and Western medicine preventing the anaphylaxis of ionic-type radiography agent, to solve the anaphylaxis in brain enhancement ct.
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