Differential Ion Mobility Spectrometry —— Nonlinear Ion Transport and Fundamentals of FAIMS

----- 微分离子迁移率光谱法

ISBN: 9780367577377 出版年：2008 页码：332 Shvartsburg, Alexandre A CRC Press

Separation and Characterization of Molecules and Ions Using Gas-Phase Transport Physical Foundation and Definitions Characterization of Molecules by Diffusion Measurements IMS: Ion Dynamics in IMS and Consequent General Features Relating IMS Data to Molecular Structure Fundamentals of High-Field Ion Mobility and Diffusion General Aspects of High-Field Ion Mobility: Standard and Nonstandard Effects Standard High-Field Effect Clustering of Gas Molecules on Ions and Standard High-Field Effect Non-Blanc Phenomena in High-Field Ion Transport Vibrationally Inelastic Collisions Rotational Inelasticity and Collisional Alignment of Ions Dipole Alignment of Ions Unstable High-Field Mobility of Runaway Ions Summary and Significance for Differential IMS Conceptual Implementation of Differential IMS and Separation Properties of FAIMS Strategy for Optimum Differential Ion Mobility Separations Limitations on the Differential IMS Paradigm That Shape FAIMS Approach Trends of FAIMS Separation Parameters Separations in Heteromolecular Media Ion Transformations inside FAIMS and Effect on Separation Performance Separation Performance of FAIMS and Its Control via Instrumental Parameters Approaches to Simulation of FAIMS Operation Separation Properties in Homogeneous Electric Field Ion Focusing in Inhomogeneous Fields and Consequences for FAIMS Performance Beyond FAIMS: New Concepts in Nonlinear Ion Mobility Spectrometry Ion Guidance and Trapping at Atmospheric Pressure Higher-Order Differential (HOD) IMS Methods Ion Mobility Spectrometry with Alignment of Dipole Direction (IMS-ADD) Index References appear at the end of each chapter.