Advances in quantum chemistry
Material type: Continuing resourceSeries: ; vol. 22Publication details: New York : Academic Press,Description: x, 385 pISSN:- 0065-3276
- 541.383082 P41
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Books | UE-Central Library | 541.383082 P41 (Browse shelf(Opens below)) | Available | T844 |
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541.38 D246 Nuclear chemistry | 541.38 F9111 Nuclear and radiochemistry | 541.38 Si643 Textbook of Nuclear chemistry | 541.383082 P41 Advances in quantum chemistry | 541.39 D2731 Understanding chemical reactions / | 541.39 K245 Why chemical reactions happen | 541.39 K521 How chemical reactions occur : |
includes appendix and references
The Lennard-Jones paper of 1929 and the foundations of molecular orbital theory, G.G. Hall; the Feynman path integral formalism - atomic and molecular electronic structure, H. Grinberg and J. Maranon; transition metal clusters - electronic structure and interaction with hydrogen and oxides, D.E. Ellis et al; some aspects of the coupled cluster based polarization propagator method, J. Geertsen et al; bounds to atomic and molecular energy functionals, S.R. Gadre and R.K. Pathak; atomic natural orbital (ANO) basis sets for quantum chemical calculations, J. Almlof and P.R. Taylor.
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