Glass, Volume 17 |
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Page 169
Figure 67 also shows that bond material ( bronze ) around the perimeter of a
diamond grain was removed by the glass fragments produced during grinding .
Figure 69 shows the changes of a volume loss rate with grinding duration in
various ...
Figure 67 also shows that bond material ( bronze ) around the perimeter of a
diamond grain was removed by the glass fragments produced during grinding .
Figure 69 shows the changes of a volume loss rate with grinding duration in
various ...
Page 264
1 as the oxygen vacancy , resulting in an R - R bond , and the complementary
interstitial O , which crowds onto a normal O site to form a peroxy linkage R - 0 –
0 - R . Upon irradiation , both these defects trap holes to form E ' centers and
peroxy ...
1 as the oxygen vacancy , resulting in an R - R bond , and the complementary
interstitial O , which crowds onto a normal O site to form a peroxy linkage R - 0 –
0 - R . Upon irradiation , both these defects trap holes to form E ' centers and
peroxy ...
Page 271
A highly strained bond ( b ) is envisioned to break under irradiation and
subsequently to trap either an electron ( c ) or a ... Normal bonding in 2 - quartz is
illustrated in ( a ) . bonds in the silica network that could trap either electrons or
holes ...
A highly strained bond ( b ) is envisioned to break under irradiation and
subsequently to trap either an electron ( c ) or a ... Normal bonding in 2 - quartz is
illustrated in ( a ) . bonds in the silica network that could trap either electrons or
holes ...
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Contents
Solubility Models | 9 |
Effect of Experimental Variables on Gas Mobility in Vitreous Materials | 16 |
Phase Separation and Crystallization | 26 |
Copyright | |
14 other sections not shown
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Common terms and phrases
absorption activation addition alkali amount appears atom band borate calculated Ceram chemical coefficient components composition concentration constant containing crystallization curve decrease defect defect centers dependence described determined devitrifiable solder glasses diffusion discussed durability effect electron energy et al example experimental Figure function given glass composites grains grinding Griscom growth hardness heat helium hole immiscibility increase indentation intensity ions irradiation lapping lead loss lower material measured mechanism observed obtained optical oxide oxygen particle Patent phase phase separation Phys polishing rate properties radiation range reaction relationship removal reported samples sealing Shelby shown in Fig shows silica silicate glasses similar SiO2 sodium softening point solder glass solubility solution spectra spectrum structure studies suggested surface Table temperature thermal expansion tion trapped treatment various viscosity vitreous volume yield
Bibliographic information
| Title | Glass, Volume 17 Glass, Minoru Tomozawa Volume 12 of Treatise on materials science and technology |
| Editors | Minoru Tomozawa, Robert Heward Doremus |
| Publisher | Academic Press, 1979 |
| Original from | the University of Michigan |
| Digitized | 29 Nov 2007 |
| ISBN | 0123418127, 9780123418128 |
| Length | 362 pages |
| Export Citation | BiBTeX EndNote RefMan |