----- 聚合物和电磁辐射:基本原理和实际应用
Preface Introduction PART I: Non-Ionizing Radiation SUB-TERAHERTZ RADIATION INCLUDING RADIOFREQUENCY (RF) AND MICROWAVE RADIATION Absorption Applications in Polymer Chemistry Applications in Polymer Physics Industrial Applications INFRARED RADIATION Absorption Applications Polymer Characterization by Two-Dimensional IR Spectroscopy Time-Resolved Measurements in the Mid-IR Range Time-Resolved THz Spectroscopy THz Optics Made by Polymers VISIBLE AND ULTRAVIOLET LIGHT Absorption Applications Technical Developments PART II: IONIZING RADIATION ELEMENTARY PROCESSES OF THE INTERACTION OF HIGH-ENERGY PHOTONS WITH MATTER General Aspects Attenuation Coefficients Photoelectric Effect Compton Scattering Electron-Positron Pair Production Photonuclear Absorption Absorption of Swift Electrons CHEMICAL REACTIONS INDUCED BY HIGH-ENERGY RADIATION General Aspects Polymer Synthesis Radiolysis of Bulk Synthetic Biopolymers Radiolysis of Bulk Biopolymers Radiolysis of Polymers in Solution Technical Developments APPLICATIONS OF HIGH-ENERGY RADIATION IN POLYMER PHYSICS General Aspects X-Ray Spectroscopy X-Ray Imaging and Microscopy X-Ray Scattering Index
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