## Solid State Physics, Volume 38Solid State Physics |

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### Common terms and phrases

absorption activation volumes adsorbed atoms Boltzmann equation calculated charge carriers Chem Condens conduction band constant correlation cubic deﬁned density approximation density functional theory dielectric dipolar interactions dipole discussed distribution function eigenvalue eigenvector electric ﬁeld enthalpies excited exciton exciton—phonon experimental factor Fermi FHIP ﬁeld ﬁlm ﬁnal ﬁnd ﬁrst formation Frenkel defects Frenkel exciton frequency G. A. Samara given grand potential ground-state halides Hamiltonian interaction operator interstitial intrinsic ionic conductivity kinetic energy lattice Lett linear luminescence matrix element metal mobility molecule NaCl Oberschmidt obtained occupation numbers orthorhombic parameters particle plasmon PbF2 phase phonon Phys plasmon resonance polaron polaron mass potential pressure dependence radiation damping Raman scattering reﬂectivity regime Schottky defects Section SERS single-particle singlet Solid speciﬁc spheroid spin strain-energy model structure surface temperature transition triplet vacancy motion valence band values vibrations Wannier exciton wave function wave vector wavelength

### References to this book

Conducting Organic Materials and Devices Suresh C. Jain,M. Willander,Vikram Kumar No preview available - 2007 |