Experimental Techniques of Glass ScienceCatherine J. Simmons, Osama H. El-Bayoumi |
Contents
Optical Properties and Characterization | 1 |
Infrared and Raman Spectroscopy of Glasses | 33 |
NMR Analysis of Glass Structure | 77 |
Copyright | |
12 other sections not shown
Common terms and phrases
absorption amorphous analysis angle applied approach atoms behavior bond calculated Ceram Chem chemical component composition concentration conductivity constant containing correlation function crack crystal density dependent determined diffraction diffusion discussed distribution dynamics effect electrical electron elements energy Equation example experiment experimental factor field Figure fracture frequency given glass increase indicated intensity interaction ions iron lead light limited liquid magnetic material measurement method modes molecular molecules Mössbauer neutron Non-Cryst observed obtained optical parameters peak phase Phys potential present processes properties quantum mechanical radial distribution function Raman range ratio reference reflectivity region relative relaxation represent resonance result sample scattering shift shown shows silica silicate glasses simulation Solids space specific specimen spectra spectroscopy spectrum strain stress structure studies surface techniques temperature tetrahedral transition units values vibrational viscosity vitreous wavelength X-ray