被加能的离子在离子迁移谱仪中被分离。
The energized ions are separated in an ion mobility spectrometer.
随着温度的升高，样品的离子迁移数增加。
The oxygen ion transport number of the samples increases with increasing temperature.
建立了一种用数值模拟来研究差分式离子迁移谱的数学模型。
A numerical simulation method is described to study Differential Mobility Spectrometry.
建立了一套电动势法测量电解质溶液中离子迁移数的实验装置。
A set of equipment was established for determining the transference Numbers of electrolyte solutions by EMF method.
料液相与回收相溶液之间的氢离子浓度之差是镉离子迁移的动力；
The driving force of the transportation is differences of concentration of hydrogen ion between feed phase and stripping phase.
RF电场被施加于离子迁移谱仪的电离、反应以及分离区中的离子。
A RF electric field is applied to the ions in ionization, reaction and separation region of ion mobility spectrometers.
离子迁移率、反应物离子的种类和产量与漂移管工作温度有很大的关系。
The ion mobility was measured at different temperatures and the effects of the temperature in drift tube on the variety and yield of the reactant ions and product ions were discussed.
氢气气泡的形式对电极，和带负电荷的哦-离子迁移脱离带负电荷的电极。
Hydrogen gas bubbles form on the electrode, and the negatively charged OH - ions migrate away from the negatively charged electrode.
因此，深入研究砂岩成岩作用是分析孔隙水演化过程中离子迁移的重要环节。
Thus, studying sandstone diagenesis is an important link for analysis of ion migration in the evolution of pore-water.
介绍了用于测定理想聚合物电解质中离子迁移数的三种比较常用的电化学方法。
Three commonly used electrochemical methods for measurement of transference number in dilute, ideal polymer electrolyte is presented.
同时对淡水室树脂层态进行了分析，详细描述EDI脱盐工艺中的离子迁移行为。
Meanwhile, the form of the resin layer in the fresh water compartment is analyzed, with a detailed description made of the ion migration behavior in the EDI demineralization process.
孔隙的改善程度与控制矿物溶解后离子迁移能力的原始岩石物性等因素紧密相关。
The improvement of porosity was closely related to the physical properties of original reservoir.
另外，双阴离子也有可能和两个氨基结合形成次级交联，妨碍着其他离子迁移和扩散。
Moreover, it may also be captured by two amine groups to yield a crosslinked network, which hinders the migration and diffusion of ions.
简要介绍离子迁移谱的基本原理、离子迁移率理论，以及离子迁移谱仪的最新研究进展；
The fundamental principle of ion mobility spectrometry and the recent progress in ionization source, miniaturization, Chiral separation, tandem use with GC and MS were summarized.
良好电导率、高锂离子迁移数、宽电化学窗口是聚合物电解质应用于锂二次电池中的关键。
Good conductivity, high lithium - ion transference number and wide electrochemical window were the requirements for utilization of polymer electrolytes in lithium secondary batteries.
这两个样品在氧气氛中均是氧离子与电子空穴的混合导体，具有几乎相同的氧离子迁移数。
Both the samples are all a mixed conductor of oxide-ion and electron hole with an almost same oxide-ionic transport number under oxygen atmosphere.
这些材料可被考虑用作回填材料的候选组分，以提高处置库阻滞碘、锝阴离子迁移的能力。
These materials can be considered as selected backfill materials to improve capability of depository for preventing iodine and technetium ions from migrating.
本文提出了在电解质水溶液中离子电导、离子淌度，离子迁移数与真实离子半径成正比关系。
The paper describes that ion's conductance, mobility and transference number in electrolyte aqueous solution are proportional to its actual ion's radius.
介绍一个气体检测系统，简要阐述了离子迁移谱仪的工作原理和系统的硬件组成和软件设计。
This article introduced a gas testing system, briefly elaborating work principle of the ion mobility spectrometry, hardware component and software design.
离子迁移管是离子迁移谱仪的核心部分，它用来产生均匀的电场，以使不同迁移率的离子进行分离。
The drift tube is the key part of the ion mobility spectrometry. The drift tube is used to produce even electric field, so that different ions can be separated because of different ions mobility.
离子门是离子迁移谱仪的一个重要部件，主要作用是用来控制离子以脉冲的方式有效地进入迁移管。
Ion gate is one of the important parts in an ion mobility spectrometer. The main function of the ion gate is to control the ions to fly into the drift tube in pulse mode.
摘 要差分式离子迁移谱是一种新的离子迁移谱技术，近年来在痕量化学物质检测方面得到了广泛应用。
The Differential Mobility Spectrometry is a new technology of ion mobility spectrometry, it is widely used for detecting trace chemical substances in recent years.
利用铌酸锂晶体的结晶学结构特征，从微观角度上分析和研究了铌酸锂晶体的结构与离子迁移之间的关系规律。
The relationship between the crystallographic structure and ionic migration of lithium niobate single crystals are microscopically analyzed and investigated by their crystallographic characteristics.
由于印刷线路板的线宽和线间间隔的细微化，以往不引人注意的离子迁移现象已经对线路板的绝缘性能造成影响。
Due to the wire width and the space between wires on PWB becoming finer the insulating capability of PWB is affected by ionic migration, that was not paid enough attention to for a long time.
对离子迁移谱系统进行了优化，得到了最佳的迁移管长度和管内电场强度；同时研究了迁移信号和样品浓度的关系。
The length of the mobility tube and the electric field intensity have been adjusted to optimum, and the relationship between the drift signal and the sample concentration has been studied.
从混凝土暴露时间、胶凝材料吸附作用、环境温度、应力和裂缝状态等方面考察了它们对混凝土中氯离子迁移的影响。
The chloride ingression in concrete was investigated from some factors, such as exposure time, chloride binding, surrounding temperature, stress and crack condition.
对其交、直流电性能进行了测量，结果表明铝蒙脱石快离子导体在室温下具有较高的交流电导率和较低的离子迁移活化能。
Study on its A. C. and D. C. characteristics was carried out and the results show that it has high ionic A. C. conductivity and lower ionic shifting activation energy at room temperature.
在模式耦合理论推导的低浓度时离子摩尔电导率与离子浓度的关系式中，引入离子迁移数，提出了求离子极限摩尔电导率的新方法。
The ion transfer number is introduced in the formula describing the relationship between ionic limiting molar conductivity and ionic concentration based on mode coupling theory(MCT).
对渣相中氧离子迁移的电化学进行了研究，提出具有电化学特征的渣相氧离子流动力学模型此模型能较为全面地解释各种反应现象。
The electrochemistry of oxygen ion transport in slag has been studied and a kinetic model with electrochemical characteristic representing oxygen ion immigration has been worked out.
对渣相中氧离子迁移的电化学进行了研究，提出具有电化学特征的渣相氧离子流动力学模型此模型能较为全面地解释各种反应现象。
The electrochemistry of oxygen ion transport in slag has been studied and a kinetic model with electrochemical characteristic representing oxygen ion immigration has been worked out.
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