Space groups for solid state scientists / Gerald Burns and A.M. Glazer.
Material type:
- 9780123944009 (alk. paper)
- 530.41 23 B967
Item type | Current library | Call number | Status | Date due | Barcode | Item holds | |
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Books | ISI Library, Kolkata | 530.41 B967 (Browse shelf(Opens below)) | Available | 135352 |
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530.41 B526 Topological insulators and topological superconductors / | 530.41 B694 Spin glasses | 530.41 B913 Many-body quantum theory in condensed matter physics | 530.41 B967 Space groups for solid state scientists / | 530.41 C156 Quantum theory of the solid state | 530.41 C386 Understanding solid state physics : | 530.41 C434 Principles of condensed matter physics |
Previous ed. by Gerald Burns.
Includes bibliographical references (p. 383-385) and indexes.
Preface--
1. Point Symmetry Operations--
2. Crystal Systems--
3. Bravais Lattices--
4. Crystallographic Point Groups--
5. Development of Space Groups--
6. Reading the Tables--
7. Space Group Applications--
8. Antisymmetry--
Appendix 1--
Appendix 2--
Appendix 3--
Appendix 4--
Appendix 5--
Appendix 6--
Appendix 7--
Appendix 8--
Appendix 9--
Appendix 10--
Appendix 11--
Appendix 12--
Bibliography--
Solutions--
Formula Index--
Index--
Researchers within the solid state frequently need to understand publications that use space group information and are invariably disappointed when they turn, necessarily, to the mammoth eight volume set International Tables of Crystallography - so complete and at the same time so closely written that those not trained explicitly in crystallography cannot understand the explanations given. Huge sections of the Tables are given over to extremely careful and elaborate explanations and definitions that may be of interest to those crystallographers specialising in symmetry, but tend to.
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