Results 231 to 240 of about 18,863 (278)

Influence of the intrinsic magnetic moment of an electron on the filling of energy levels of a nonrelativistic degenerate electron gas in a quantizing magnetic field

open access: closedRussian Physics Journal, 1992
The effect of a quantizing magnetic field on the filling of energy subbands of a degenerate nonrelativistic electron gas, whose magnetic moments are parallel and antiparallel to the direction of the field, is studied. Calculations are made under the assumption that the Fermi kinetic energy of the electron system increases as a result of Pauli's ...
G. A. Shul’man
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Energies of, and Transition Intensities Associated with, the Rotational Levels of Nearly Degenerate A1A2 Pairs of Vibronic States in Molecules of Symmetry C3v

open access: closedThe Journal of Chemical Physics, 1963
Expressions for the energies of the rotational levels associated with a nearly degenerate A1A2 pair of vibronic states in a molecule of symmetry C3v are presented. These expressions take into consideration Coriolis interaction between the levels associated with the A1 vibronic state and the levels associated with the A2 vibronic state.
Jon T. Hougen
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Rotational Energies of Linear Polyatomic Molecules in Vibrationally Degenerate Levels of Electronic 2Σ and 3Σ States

open access: closedCanadian Journal of Physics, 1971
Formulas are developed to describe the rotational energy of a linear polyatomic molecule in a 2Σ or 3Σ electronic state, where one or more quanta of a degenerate bending vibration are excited. In 2Σ states the spin doubling and l-type doubling are independent, provided that the rotational constant B is large compared with the spin–rotation interaction
A. J. Merer, J. M. Allegretti
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