Image from Google Jackets

The physics and chemistry of color : the fifteen causes of color / Kurt Nassau.

By: Material type: TextTextSeries: Wiley series in pure and applied opticsPublication details: New York : Wiley, c2001.Edition: 2nd edDescription: xx, 481 p. : ill. ; 25 cmISBN:
  • 0471391069 (cloth)
Subject(s): LOC classification:
  • QC495 .N35 2001
Online resources:
Contents:
Pt. I. Light and Color -- Some fundamentals: color, light, and interactions -- Pt. II. Color involving vibrations and simple excitations -- Color produced by incandescence -- Color produced by gas excitations -- Color produced by vibrations and rotations -- Pt. III. Color involving ligand field effects -- Color caused by transition metals in a ligand field -- Part. IV. Color involving molecular orbitals -- Color in organic molecules -- Charge transfer color -- Pt. V. Color involving band theory -- Color in metals and semiconductors -- Color centers -- Pt. VI. Color involving geometrical and physical optics -- Dispersive refraction and polarization -- Scattering and nonlinear effects -- Interference and diffraction -- Pt. VII. Color-related topics -- Colorants of many types -- Vision, luminescence, lasers, and related topics -- App. A. Units, Chromaticity, and Color order systems -- App. B. Incandescence equations -- App. C. Atoms and simple molecules -- App. D. Crystal fields, ligand fields, and molecular orbitals -- App. E. Band theory -- App. F. Prism, thin film, and layer diffraction grating -- App. G. Recommendations for additional reading -- Index.
Holdings
Item type Current library Collection Call number Copy number Status Barcode
Circulating Book Collection Circulating Book Collection Albright College Library Stacks General collection 535.6 N266p2 2001 (Browse shelf(Opens below)) 1 Available 31856001929809
Total holds: 0

Includes index.

Pt. I. Light and Color -- Some fundamentals: color, light, and interactions -- Pt. II. Color involving vibrations and simple excitations -- Color produced by incandescence -- Color produced by gas excitations -- Color produced by vibrations and rotations -- Pt. III. Color involving ligand field effects -- Color caused by transition metals in a ligand field -- Part. IV. Color involving molecular orbitals -- Color in organic molecules -- Charge transfer color -- Pt. V. Color involving band theory -- Color in metals and semiconductors -- Color centers -- Pt. VI. Color involving geometrical and physical optics -- Dispersive refraction and polarization -- Scattering and nonlinear effects -- Interference and diffraction -- Pt. VII. Color-related topics -- Colorants of many types -- Vision, luminescence, lasers, and related topics -- App. A. Units, Chromaticity, and Color order systems -- App. B. Incandescence equations -- App. C. Atoms and simple molecules -- App. D. Crystal fields, ligand fields, and molecular orbitals -- App. E. Band theory -- App. F. Prism, thin film, and layer diffraction grating -- App. G. Recommendations for additional reading -- Index.

Share