Titlebook: Handbook of the Physics of Thin-Film Solar Cells; Karl W. B?er Book 2013 Springer-Verlag Berlin Heidelberg 2013 Compound Semiconductor Sol

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Shallow Level Centerslectron, the Bloch electron. A quantum mechanical description renders this electron as a wave packet with an envelope function defining the radius of?it. For a large enough dielectric function also higher energy states can lie in the band gap. Charge density functions, ESR and ENDOR are described. T

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Bands and Band Gaps in Solidssition; gap bending, table of bowing parameters. Direct and indirect band gap discussion and table. Gap narrowing with heavy doping, shift of Fermi level into gap. Bands in superlattices. Mini bands, electron transport. Bands in ultrathin superlattices. Density of states in mini bands. One- two- and

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hardheaded

Deep Level Centersgative .-centers. Shallow/deep center instability. Metastable Lattice relaxation. Transition metal impurities, energy tabulation. Isoelectronic defects, charge character. Tabulation of deep center energies and effective crystal field splitting. Measured ionization energies in Ge, Si, GaAs, and CdS.

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CHURL

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Karl W. B?ernd, while the geographic d- tribution of this change is not yet known, most general circulation models (GCMs) suggest that midcontinental regions in the northern hemisphere (such as the NAGP) are likely to beco978-90-481-7405-8978-1-4020-5601-7Series ISSN 1574-0919 Series E-ISSN 2215-1621

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