Quantum Chemistry
portes grátis
Quantum Chemistry
Rao, M. S. Prasada
Taylor & Francis Ltd
12/2024
152
Mole
9781032406381
Pré-lançamento - envio 15 a 20 dias após a sua edição
Descrição não disponível.
1. Historical Background
2. The Wave Equation
3. The Postulates
4. Applications of Schroedinger Equation-1 (Simple systems with constant potential energy)
5. Applications of Schroedinger Equation-2 (Simple Systems with Variable Potential Energy)
6. Approximation Methods
7. Bonding in Molecules
8. Appendix
2. The Wave Equation
3. The Postulates
4. Applications of Schroedinger Equation-1 (Simple systems with constant potential energy)
5. Applications of Schroedinger Equation-2 (Simple Systems with Variable Potential Energy)
6. Approximation Methods
7. Bonding in Molecules
8. Appendix
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
atomic spectra;black body radiation;Hartree theory;Hermitian operator;hybridization energy;hydrogen transfer reactions;molecular orbital theory;Newtonian mechanics;old quantum theory;perturbation theory;photoelectric effect;quantum chemistry;radial distribution functions;rigid rotor;Schrodinger wave equation;Valence Bond Theory;variational method;wave equation;zero point energy
1. Historical Background
2. The Wave Equation
3. The Postulates
4. Applications of Schroedinger Equation-1 (Simple systems with constant potential energy)
5. Applications of Schroedinger Equation-2 (Simple Systems with Variable Potential Energy)
6. Approximation Methods
7. Bonding in Molecules
8. Appendix
2. The Wave Equation
3. The Postulates
4. Applications of Schroedinger Equation-1 (Simple systems with constant potential energy)
5. Applications of Schroedinger Equation-2 (Simple Systems with Variable Potential Energy)
6. Approximation Methods
7. Bonding in Molecules
8. Appendix
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
atomic spectra;black body radiation;Hartree theory;Hermitian operator;hybridization energy;hydrogen transfer reactions;molecular orbital theory;Newtonian mechanics;old quantum theory;perturbation theory;photoelectric effect;quantum chemistry;radial distribution functions;rigid rotor;Schrodinger wave equation;Valence Bond Theory;variational method;wave equation;zero point energy
