Principles of Electron Optics. Wave Optics

Content: 
Front Matter, Page iii
Copyright, Page iv
Preface, Pages xv-xvii
54 - Introduction, Pages 1191-1207
55 - The Schrödinger Equation, Pages 1211-1216
56 - The Relativistic Wave Equation, Pages 1217-1223
57 - The Eikonal Approximation, Pages 1224-1234
58 - Paraxial Wave Optics, Pages 1235-1250
59 - The General Theory of Electron Diffraction and Interference, Pages 1251-1272
60 - Elementary Diffraction Patterns, Pages 1273-1298
61 - General Introduction, Pages 1301-1310
62 - Principles of Interferometry, Pages 1311-1335
63 - Principles of Holography, Pages 1336-1362
64 - General Introduction, Pages 1365-1369
65 - Fundamentals of Transfer Theory, Pages 1370-1384
66 - The Theory of Bright-field Imaging, Pages 1385-1440
67 - Image Formation in the Scanning Transmission Electron Microscope, Pages 1441-1454
68 - Electron Interactions in Amorphous Specimens, Pages 1457-1487
69 - Electron Interactions in Crystalline Specimens, Pages 1488-1528
70 - Introduction, Pages 1531-1544
71 - Acquisition, Sampling and Coding, Pages 1545-1561
72 - Enhancement, Pages 1562-1594
73 - Linear Restoration, Pages 1595-1612
74 - Nonlinear Restoration, Pages 1613-1652
75 - Three-dimensional Reconstruction, Pages 1653-1682
76 - Image Analysis, Pages 1683-1704
77 - Instrument Control and Instrumental Image Manipulation, Pages 1705-1715
78 - Coherence and the Brightness Functions, Pages 1719-1760
79 - Instrumental Aspects of Coherence, Pages 1761-1767
Corrections for Volumes 1 and 2, Pages 1771-1772
Notes and References, Pages 1775-1899
INDEX, Pages i-xxiv