9. Rotation Matrices

Chapters in this book

1. Frontmatter I
2. Preface V
3. Contents VII
4. List of Figures XI
5. 1. Introduction 1
6. 2. Vectorial Approach 9
7. 3. Tensors and Their Rotational Reduction 41
8. 4. Tensors of r 67
9. 5. Spherical Vectors and Tensors 75
10. 6. 3-j Coupling Tensors 93
11. 7. Properties of 3-j Tensors 123
12. 8. The 6-j and Other n-j Sym 139
13. 9. Rotation Matrices 155
14. 10. Spinors 169
15. 11. Applications to Quantum Mechanics 199
16. A. Some Formalities of Linear Algebra 229
17. B. Calculation of D^(ℓ)_mn (0, β, 0) 249
18. Bibliography 251
19. Symbol Index 253