Auger capture cross-section

Fig. 3.1 The calculated dependences of the Auger capture cross-section solid line - E = 50 eV dotted line - E = 20eV) on orbital number I for different n values for incident a" energies 20, 50 eV...

Fig. 3.3 The calculated Auger capture cross-section in dependence upon the principal quantum number n after summation on all orbital moment values for different muon energies (the digits in figure - the muon energies ineV)...

Fig. 3.4 Total cross-section of a capture in dependence on an energy our data (the Auger capture cross-section) - curve 7 (elastic and inelastic scattering cross-sections) - curves 2,3 cross-section of capture by Copenman and Rogova (curve 5) the HaF data by Cherepkov-Chemysheva -curve 1 inelastic scattering cross-section by Rosenberg -curve 4 the transport cross-section - x...

Recombination at and excitation from deep levels are emphasized. Nonradiative transitions at defect levels—Auger, cascade capture, and multiphonon emission processes—are discussed in detail. Factors to be considered in the analysis of optical cross sections which can give information about the parity of the impurity wave function and thus about the symmetry of a particular center are reviewed. 

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