Glass, Volume 17Minoru Tomozawa, Robert Heward Doremus |
From inside the book
Results 1-3 of 16
Page 131
... polishing rate over the oil polishing rate is under 40 % , while , in contrast , the increase in the water polishing ... grains . Consequently , the polishing rate is determined by a combination of the chemical durability of the glass ...
... polishing rate over the oil polishing rate is under 40 % , while , in contrast , the increase in the water polishing ... grains . Consequently , the polishing rate is determined by a combination of the chemical durability of the glass ...
Page 132
... polishing grains . Götz ( 1967 ) burned iron oxide compounds at various temperatures from four kinds of raw materials . The maximum polishing rate was found for the polishing compound burned at about 600 ° C when a felt polisher was ...
... polishing grains . Götz ( 1967 ) burned iron oxide compounds at various temperatures from four kinds of raw materials . The maximum polishing rate was found for the polishing compound burned at about 600 ° C when a felt polisher was ...
Page 140
... polishing grains is to scratch and remove the soft hydrated layer . The removal mechanism is mechanical cutting rather than chemical adsorption . The polishing grains should have the optimum hardness , soft enough to be fractured during ...
... polishing grains is to scratch and remove the soft hydrated layer . The removal mechanism is mechanical cutting rather than chemical adsorption . The polishing grains should have the optimum hardness , soft enough to be fractured during ...
Contents
Molecular Solubility and Diffusion | 3 |
Solubility Models | 9 |
Effect of Experimental Variables on Gas Mobility in Vitreous Materials | 16 |
Copyright | |
15 other sections not shown
Common terms and phrases
activation energy addition alkali alkali ions alkali silicate glasses annealing atom band bleaching BOHC borate boron borosilicate glass cation Ceram Chem chemical durability components concentration crystallization curve decrease defect centers devitrifiable solder glasses Doremus doublet effect ESR spectra eV band experimental free energy Friebele fused silica glass surface glass systems glasses containing grinding Griscom heat treatment helium hole center hole trapped hydrogen hydronium hyperfine immiscibility immiscibility boundary increase indentation irradiation lapping hardness layer measured mole Non-Cryst nonbridging oxygens nucleation observed optical absorption oxide glasses oxygen particle permeability phase separation Phys polishing grains polishing rate powder properties radiation radiation-induced reaction samples Section Shelby shown in Fig silicate glasses SiO2 sodium softening point solder glass composites solubility spectrum spinodal decomposition structure studies Table Takamori thermal expansion coefficient tion Tomozawa U.S. Patent viscosity vitreous silica vitreous solder glass volume loss