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Energy-level splitting, electron

Energy level splitting in a magnetic field is called the Zeeman effect, and the Hamiltonian of eqn (1.1) is sometimes referred to as the electron Zeeman Hamiltonian. Technically, the energy of a... [Pg.3]

The four-electron destabilization rationale The rotation barrier of ethane is sometimes explained in terms of the mnemonic energy-level-splitting diagram shown in Fig. 3.58. The figure purports to depict how two filled MOs of ethane ( and 4>+) evolve perturbatively from two... [Pg.229]

Figure 3.58 The mnemonic energy-level-splitting diagram for the four-electron destabilizing interaction of two occupied non-orthogonal orbitals. Figure 3.58 The mnemonic energy-level-splitting diagram for the four-electron destabilizing interaction of two occupied non-orthogonal orbitals.
For a better understanding of the energy level splitting of triplet and singlet levels Ti and Si, let us neglect the closed-shell electrons and consider just a two-electron system ... [Pg.10]

Figure 16.1. (a) Simplified scheme of EPR phenomenon, showing the energy-level splitting (Zeeman effect) for the electron spin S = 1/2 (Ms = +1/2) as a function of applied magnetic field (H), (b) the EPR absorption line, and (c) first derivative of absorption line, indicating the g value and line width (AH), normally detected in the EPR spectra. [Pg.654]

Work is currently underway to re-measure the 1S-2S energy level splitting. An electron accelerator beam dump at AT T Bell Laboratories has been shown to produce 4 x 104 slow positrons/pulse at 30 Hz, and further improvements are expected.[ll] We anticipate a 10 increase in the number of available thermal Ps. In collaboration with M. Fee and K. Danzmann at Stanford, we are also working... [Pg.954]

The fourth level of interactions leads to the quantum number mj, the projection of the total ion electron momentum onto the molecular axis, and the energy level splitting for different AIj due to interaction between ion and atom (luadruj)ole momenta is given by... [Pg.136]

Fig. 5. As the applied magnetic field increases in strength, the electronic energy levels split at a rate given by the "g-value". At resonance, the energy of the micro-wave quantum matches the energy separation between the states and can be absorbed... Fig. 5. As the applied magnetic field increases in strength, the electronic energy levels split at a rate given by the "g-value". At resonance, the energy of the micro-wave quantum matches the energy separation between the states and can be absorbed...
The Electron-Spin Quantum Number The Exclusion Principle Electrostatic Effects and Energy-Level Splitting... [Pg.235]


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Electron level

Electronic level

Electrons energy levels

Energy levels electronic

Energy splitting

Energy-level splitting, electron paramagnetic resonance

Level splitting

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