Progress in Crystal Physics: Thermal, elastic, and optical propertiesRappel Sangameswcsa Krishnan Interscience Publishers, 1960 - Crystallography |
Contents
CHAPTER ITHERMAL EXPANSION | 10 |
Temperature variation of the Grüneisen constant | 16 |
Methods of measurement | 55 |
Copyright | |
11 other sections not shown
Common terms and phrases
A₁ absorption frequencies alkali halides alum Amer ammonium anisotropy atoms Bhagavantam Biaxial plane birefringence bromide C. R. Acad C₁ calcite calculated Chem chloride crystal classes cubic crystals deformed diamond dielectric constant direction dispersion formula Drude effect elastic constants equation evaluated expansion coefficient experimental Faraday Grüneisen constant Ibid Indian Acad ionic crystals ions Krishnan lattice Leipzig Lorentz Lorentz-Lorenz magneto-optic rotation magnitude measurements method monoclinic N₁ NaCl nitrate observed optical activity optical rotation orthorhombic oscillator strength phonons photoelastic photoelastic constants Phys physical Pockels polarisability Potassium pressure principal axes Proc quartz Ramachandran Raman Ramaseshan Reference refractive index Rochelle salt single crystals Sodium sodium chlorate solid specimen stress substance symmetry SYSTEM Table temperature variation Thallium theoretical theory thermal conductivity thermal expansion thermo-optic behaviour triclinic ultrasonic uniaxial crystal value of dn/dT Verdet constant vibrations wavelengths