Introductory quantum chemistry/
Introductory quantum chemistry/
Chandra, A. K.
- 4th ed.
- New Delhi: Tata McGraw-Hill, 1994.
- 389 p.
1 Introduction: waves and quanta
2 Operator concept in quantum chemistry
3 Wave mechanics of some simple systems with constant potential energy
4 Wave mechanics of some simple systems where the potential energy is not constant
5 Approximation methods and interaction of radiation and matter
6 Many-electron atoms and angular momenta
7 Molecular orbital and valence bond theories for diatomic molecules
8 Chemical bonding in polyatomic molecules
9 Symmetry
10 Semi-empirical and Ab initio SCF theories
11 Hellmann-feynman theorem and its chemical applications
541.28 / CHA/I
1 Introduction: waves and quanta
2 Operator concept in quantum chemistry
3 Wave mechanics of some simple systems with constant potential energy
4 Wave mechanics of some simple systems where the potential energy is not constant
5 Approximation methods and interaction of radiation and matter
6 Many-electron atoms and angular momenta
7 Molecular orbital and valence bond theories for diatomic molecules
8 Chemical bonding in polyatomic molecules
9 Symmetry
10 Semi-empirical and Ab initio SCF theories
11 Hellmann-feynman theorem and its chemical applications
541.28 / CHA/I