What people are saying - Write a review
We haven't found any reviews in the usual places.
LIQUID METALS SEMIMETALS
PHONONS AND POLARONS
10 other sections not shown
Other editions - View all
absorption coefficient activation energy alloys amorphous germanium amorphous selenium amorphous semiconductors Anderson Anderson localization annealing antiferromagnetic approximation atoms band edge behaviour calculated carriers centres chalcogenide glasses Chapter conduction band constant coordination number crystal curve d.c. conductivity decrease density discussed donors doped doped semiconductors drift mobility edge in amorphous electric field electrical conductivity electron exciton expected exponential Fermi energy Fermi level films formula frequency given Grigorovici Hall effect holes hopping impurity-conduction increase ions Kolomiets lattice liquid metals low temperatures magnetic magnetoresistance mean free path measurements MNM transition Mott N(EF observed obtained occurs optical absorption edge optical gap overlap p-type photoconductivity photon energy polaron potential pseudogap random resistivity room temperature scattering selenium semi-metals shown in Fig shows slope solid spectra spin structure Stuke suggests Tauc tellurium temperature coefficient temperature dependence theory thermal thermoelectric power thermopower trapping valence band wave functions zero