The Physics and Chemistry of Color: The Fifteen Causes of Color |
Contents
LIGHT AND COLOR | 1 |
COLOR INVOLVING VIBRATIONS AND SIMPLE | 27 |
Color Produced by Gas Excitations | 42 |
Copyright | |
21 other sections not shown
Common terms and phrases
absorbed angle antibonding Appendix atomic orbitals atoms band gap beam bleaching bonding carbon charge transfer chemical chromium color center Color Figure colorless conduction band configuration conjugated system curve dark derived described in Chapter diffraction grating discussed in Chapter dispersion electric electrons emission emitted energy levels Equation excited Fe2+ Fe3+ fluorescence gemstones glass green halide heat hydrogen idiochromatic impurities incandescent infrared intensity interference involved irradiation KO-ECT lamp laser light layer ligand field liquid crystal luminescence Mie scattering mineral molecular orbital molecules occur octahedral optical orange oxide oxygen particles phosphor photon pigments polarized prism produce purple quantum radiation rainbow Raman rays reflected refractive index region result ruby sapphire scattering seen semiconductor shown in Color shown in Figure sodium spectrum Structure substances surface Table temperature thin film interference transition metal types ultraviolet usually valence band vapor vibrational violet visible wave wavelength yellow