Object-Oriented Magnetic Resonance. Classes and Objects, Calculations and Computations

Content: 
Front Matter, Page III
Copyright, Page IV
Preface, Pages XIII-XIV
Notation, Pages XV-XX
List of Graphical Symbols, Pages XXI-XXII
1 - Motivation, Pages 1-2
Introduction to Spin Physics, Page 4
2 - A Quick Tour, Pages 5-14
Introduction to Spin Physics, Page 16
3 - The Objects in Hilbert Space, Pages 17-75
Introduction to Spin Physics, Page 76
4 - The Dynamics in Hilbert Space, Pages 77-106
Introduction to Spin Physics, Page 108
5 - The Objects in Liouville Space, Pages 109-126
Introduction to Spin Physics, Page 128
6 - The Way to Magnetic Resonance, Pages 129-144
Introduction to Magnetic Resonance, Page 146
7 - Spin Interactions and Spectra, Pages 147-180
Introduction to Magnetic Resonance, Page 182
8 - Relaxation and Decoherence, Pages 183-222
Introduction to Magnetic Resonance, Page 224
9 - Spin Echos, Pages 225-286
Introduction to Magnetic Resonance, Page 288
10 - Double Resonance, Pages 289-321
Introduction to Magnetic Resonance, Page 322
11 - Multiple-Pulse Experiments, Pages 323-350
Introduction to Magnetic Resonance, Page 352
12 - Multiple-Quantum Spectroscopy, Pages 353-392
Introduction to Magnetic Resonance, Page 394
13 - Two-Dimensional Spectroscopy, Pages 395-419
Introduction to Magnetic Resonance, Page 420
14 - Spin Quantum Computing, Pages 421-460
Introduction to Complementary Analytical and Numerical Methods, Page 462
15 - Analytical Methods, Pages 463-506
Introduction to Complementary Analytical and Numerical Methods, Page 508
16 - GAMMA, Pages 509-519
Appendix, Page 520
17 - Lists, Pages 521-533
Bibliography, Pages 535-547
Index, Pages 549-555
About the Authors, Pages ibc1-ibc2