Results 231 to 240 of about 10,051 (282)
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1990
Abstract In this section we shall review some of the mathematical ideas you should have been exposed to in a course on quantum mechanics. If you find that you still do not understand the material described in this section and would like to read more, I suggest you try Chapter 8 of Feynman et al. (1966).
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Abstract In this section we shall review some of the mathematical ideas you should have been exposed to in a course on quantum mechanics. If you find that you still do not understand the material described in this section and would like to read more, I suggest you try Chapter 8 of Feynman et al. (1966).
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Electronic States in Diatomic Molecules
2007In this Chapter we specialize the concepts given in Chapter 7 for the electronic states by introducing specific forms for the wavefunctions in diatomic molecules. Two main lines of description can be envisaged. In the approach known as molecular orbital (MO) the molecule is built up in a way similar to the aufbau method in atoms, namely by ideally ...
Attilio Rigamonti, Pietro Carretta
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Photoabsorption of diatomic molecules
Czechoslovak Journal of Physics, 2006Radiative transport of energy plays an important role in many plasma processing devices. Jets of thermal plasma are produced in plasma generators with electric arcs. The experimental observation of radiation transfer is very difficult due to experimental conditions. In such cases, the mathematical modeling is of great importance.
M. Bartlová, V. Aubrecht
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2000
In a diatomic molecule, the interaction between the atoms depends on their electronic configuration. It is conceivable that a molecule is stable if one of the atoms is electronically excited, and unstable if both atoms are in their ground state. We study here such a scheme, and we focus in particular on the dissociation of the molecule when the ...
Jean-Louis Basdevant, Jean Dalibard
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In a diatomic molecule, the interaction between the atoms depends on their electronic configuration. It is conceivable that a molecule is stable if one of the atoms is electronically excited, and unstable if both atoms are in their ground state. We study here such a scheme, and we focus in particular on the dissociation of the molecule when the ...
Jean-Louis Basdevant, Jean Dalibard
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Homonuclear diatomic molecules
2013Contents Electron configurations 216 σ Orbitals and π orbitals 216 Brief illustration 24.1: Ground-state configurations 218 The overlap integral 218 Brief illustration 24.2: Overlap integrals 219
Peter Atkins +2 more
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The periodicity of diatomic molecules
Journal of Molecular Structure: THEOCHEM, 1982Abstract The possibility of molecular periodicity is discussed. A periodic table of diatomic molecules classified according to their electronic configuration is compiled. Many important properties including the dissociation energy, force constant, internuclear distance, electronic term symbols, transition frequency between states A and X ...
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Vibronic Intensities in Diatomic Molecules
International journal of quantum chemistry, 2002-
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