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[资源] 各种显微手段简介Microscopy Techniques for Materials Science-经典CRC书籍

Microscopy Techniques for Materials Science
以前小木虫里有虫友发过，但是连接失效了，经典资源大家看看~

Contents
Preface ................................................................................... ix
Acknowledgements ................................................................ xiii
List of Figures ......................................................................... xvii
List of Tables .......................................................................... xxix
Part I. Basic Principles
1. Interaction of EM Radiation with Materials ........................ 3
1.1 Introduction ............................................................. 3
1.2 Characteristics of EM Radiation ............................. 9
1.3 Propagation of Light Waves .................................... 24
1.4 Elements of Microscope Designs ........................... 47
1.5 Photonics ................................................................ 73
1.6 References ............................................................. 84
1.7 Bibliography ............................................................ 85
2. Digital Imaging and Processing ......................................... 86
2.1 Introduction ............................................................. 86
2.2 Digital Data ............................................................. 88
2.3 The History of Digital Computing ............................ 92
2.4 Charge Coupled Devices (CCDs) ........................... 110
2.5 Digitisation and ADCs ............................................. 116
2.6 Digital Images ......................................................... 125
2.7 Storage and Retrieval of Images ............................ 131
2.8 Image Enhancement ............................................... 137
vi Contents
This page has been reformatted by Knovel to provide easier navigation.
2.9 Errors and Stereology ............................................. 156
2.10 References ............................................................. 159
Part II. 2D Optical Reflection and Confocal Laser
Scanning Microscopy
3. 2D Optical Reflection Microscopy ..................................... 163
3.1 Introduction ............................................................. 163
3.2 A Large Area Automated, High Spatial
Resolution Microscope (LAAM) .............................. 179
3.3 Case Study: Fibre Orientations within Injection-
Moulded Composites .............................................. 199
3.4 Case Study: the Measurement of Fibre Lengths
in Image Fields ....................................................... 212
3.5 Latest Developments .............................................. 218
3.6 References ............................................................. 224
4. 3D Confocal Laser Scanning Microscopy ......................... 228
4.1 Principles of Confocal Laser Scanning
Microscopy .............................................................. 228
4.2 Modern CLSMs ....................................................... 235
4.3 Optical Sectioning Capability of the CLSM ............. 240
4.4 Calibration Issues ................................................... 249
4.5 Imaging Modes ....................................................... 254
4.6 Case Study: Thin Film Particulate Analysis ............ 267
4.7 Case Study: Fibre Waviness .................................. 278
4.8 Future Possibilities for CLSM ................................. 298
4.9 References ............................................................. 298
Part III. Other Microscopical Techniques
5. Complementary Optical and EM Imaging Techniques ...... 305
5.1 Introduction ............................................................. 305
5.2 Raman Microscopy ................................................. 307
5.3 Scanning Probe Microscopy/Near-Field
Microscopy .............................................................. 314
Contents vii
This page has been reformatted by Knovel to provide easier navigation.
5.4 Miscellaneous Optical and EM Techniques ............ 322
5.5 X-Ray Microscopy/Tomography/
Microtomography .................................................... 331
5.6 Case Study: X-Ray Microtomography of Fibrous
Structures ............................................................... 337
5.7 References ............................................................. 353
6. Other Microscopy Techniques .......................................... 358
6.1 Electron Microscopy (SEM/TEM) ............................ 361
6.2 Nuclear Magnetic Resonance (NMR) ..................... 371
6.3 Ultrasonics and Scanning Acoustic Microscopy ..... 376
6.4 Case Study: Ultrasonic Mapping of 3D Stiffness
Constants of Composite Materials .......................... 380
6.5 Epilogue .................................................................. 404
6.6 References ............................................................. 406
Index ...................................................................................... 410

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