The ion mobility spectrometer is highly sensitive and can be used for environmental monitoring and chemical reconnaissance.

1、

Large-scale database-based quantitative model for predicting ion mobility spectrometry collision cross sections of peptides

基于大尺度数据库的肽离子迁移谱碰撞截面定量预测模型

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2、

Ion Mobility Spectrometry and Its Application

离子迁移率谱仪（IMS）及其应用

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3、

Application of Ion Mobility Spectrometry Technique in Diagnosis of Gas Condition in SF_6 Electric Insulating Equipment

动态离子分析在SF6电气绝缘设备诊断中的应用

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4、

Effect of water vapor on the signal obtained from ion mobility spectrometry was analyzed through experiment results.

实验分析了空气中水蒸汽含量对离子迁移谱信号的影响。

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5、

Ion mobility spectrometer has the potential for miniaturization and easy operation.

离子迁移谱仪在仪器微性化上有一定的潜力，同时容易操作和使用。

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6、

Potential charge and ion mobility studies on oxide Surfaces

氧化物表面电位、电荷及离子迁移率的研究

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7、

The technical background and principle of Ion Mobility Spectrometry technique is introduced in the paper.

介绍动态离子分析技术的技术背景和原理。

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8、

Effects of Drift Tube Temperature on Ion Mobility Spectra

漂移管工作温度对离子迁移率谱的影响

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9、

The Study of Experiment for Ion Mobility Spectrometry

离子迁移谱实验方法研究

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10、

Some theory research in the field asymmetric waveform ion mobility spectrometry was made.

针对目前国际上离子迁移谱技术研究向着利用离子迁移率随电场变化的非线性特性对不同离子进行分离即非对称场离子迁移谱技术，作了相应的理论研究。

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11、

Detection of Formaldehyde Using Ion Mobility Spectrometer with Laser Ionization Source

激光电离源离子迁移谱仪检测甲醛

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12、

Ionic mobility in biological tissue bring electric activity, this ionic currents reflect the electro physiology in vivo, such as the firing of a nerve, the muscle contraction and the conductivity of tissues.

生物组织中主要是由于带电离子迁移而发生电活动，离子电流不但是肌肉收缩和神经冲动等生理活动的物理反映，而且也是所流经生物组织的电导率等电特性的反映。

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13、

The quantitative relationship between physicochemical properties and transdermal flux of drug iontophoresis was studied using an ionic mobility pore model.

应用离子淌度-孔模型研究了药物物化性质与离子导入的关系。

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14、

Relationship between Ionic Mobility, Molecular Weight and Transdermal Flux of Drug Iontophoresis

药物离子淌度、分子量和离子导入的关系

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15、

Ionic Mobility of Copolymer Humidity Sensors and Their Conduction Mechanism

共聚类高分子湿敏元件的离子迁移率及其导电机理

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16、

Ionic exchange Behaviour of MnO 2 and Selective Adsorption of Lithium Ions by MnO 2 Ionic Sieve

MnO2的离子交换行为及其离子筛法提取锂

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17、

Effects of dispersant types and contents on membrane surface morphology are discussed. At the same time, effects of reaction conditions such as content of potassium ionic sieve, concentration of PVA, content of crosslinker and reaction time on membrane performance are also discussed.

实验详细考察分散剂种类及用量对膜形貌的影响，以及离子筛含量、聚乙烯醇（PVA）浓度、交联剂用量和交联时间对膜性能的影响。

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18、

Effects of reaction conditions such as content of coupling agent and reaction time on the surface modification are discussed. The potassium ionic sieve before and after modification are characterized respectively by XRD, SEM, FT-IR, and thermogravimetric analysis.

考察了偶联剂用量和改性时间对改性效果的影响，利用XRD、SEM、FT-IR以及热重分析等方法对改性前、后的钾离子筛进行了表征。

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19、

The mechanism of selective separation on the surface of ionic sieve of removal of neodymium was explored by analyzing fourier transformation infrared spectra ( FTIR), X-ray diffraction ( XRD) and the results of selective experiment.

通过对离子筛的红外光谱，X射线衍射及选择性实验等分析，探索了其选择性筛分的机理。

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20、

Different templates, different influence on the novel potassium ionic sieve. The study show Dual-template, consist of n-Butylamine ( n-TBA) and Diethanolamine ( DEA), was the most suitable template.

不同的模板剂对合成晶体的影响也不同，研究发现，实验合成的新型钾离子筛晶体的最适模板剂是正丁胺与二乙醇胺组成的双模板剂。

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