Color Centers in Solids |
Contents
EXPERIMENTAL METHODS IN COLOR CENTER | 32 |
Amelinck should be Amelinckx | 38 |
photocunductivity should | 42 |
Copyright | |
15 other sections not shown
Common terms and phrases
absorbed absorption bands absorption spectrum additively colored alkali halide crystals alkali halides alkali ion Amer anion bleaching C. C. KLICK calculated cation centers formed Chem colloidal color centers concentration of F configuration crystals containing curve deformation dislocation line divalent electric field electron trapped emission energy equilibrium excess excited exciton experimental F band F center formation free electron half-width halide ion halogen halogen atom hyperfine illumination impurity Inst interaction interstitial ionization irradiation Känzig lattice constant lattice parameter light low temperatures luminescence Lüty measurements mechanism metal Mollwo NaCl negative ion vacancy negative-ion vacancies neighboring observed optical absorption oscillator strength photoconductivity photoelectric photon Phys Physik polarized produced properties quantum room temperature Schottky defects Seitz shown in Fig shows solid spectra studies suggested symmetry theoretical thermal transition trapped electron ultraviolet V₁ center vacancy pairs wave functions wavelength x-irradiation x-ray Zeits