Glasses, preparation

Li, P04 - 0.63Li2S-0.36SiS, 1.6x10- 0.30(1) Glass prepared by liquid-nitro- [47]... 

Yanata, Y, Suzuki, K and Oka, Y. (1993) Magneto-optical properties of CdMnSe microcrystallites in SiO glass prepared hy rfsputtering./. Appl. Phys., 73,4595-4598. 

The photochromisms of spiroindolinobenzopyrans trapped in glass prepared by the sol-gel method have been stuied.36,37... 

Encapsulation of proteins in transparent porous silicate-glasses prepared by the sol-gel method. Science, 255, 1113-1115. 

L.M. Ellerby, C.R. Nishida, F. Nishida, S.A. Yamanaka, B. Dunn, J.S. Valentine, and J.I. Zink, Encapsulation of proteins in transparent porous silicate glasses prepared by the sol-gel method. Science 255, 1113-1115 (1992). 

Figure 6.12 RSCs of two standard reference materials (NIST SRM 612 glass standard and BRC 2G basaltic glass prepared from BCR-2 reference material) measured by LA-ICP-MS.30 (j. S. Becker et ai, Mikrochim. Acta 135, 71 (2000). Reproduced by permission of Springer Science and Business Media.)...

The geological MPI-DING references glasses prepared and characterized by Jochum et al. employing several analytical techniques as described in Chapter 6 are recommended to improve possible quantification procedures for in situ microlocal analysis.4,12... 

This report describes the preparation and leach testing of fully radioactive zinc borosilicate glass, prepared from power reactor waste. Leach tests were conducted on this fully radioactive waste glass to ... 

Paige, B. E., "Leachability of Glass Prepared from Highly Radioactive Calcined Alumina Waste," National Reactor Testing Station, Rept. IDO-14672, (February, 1966). 

The waste forms were a fully loaded, pressure sintered titanate waste containing zeolite and silicon additions, a copper boro-silicate glass prepared from Frit 199 supplied by Battelle Northwest Laboratories, and a copper borosUicate glass prepared from the same frit and containing 30% by weight of waste oxides. 

It is likely not only that glass of the same manufacturer will be found in a single panel but that separate fragments of individual glass preparations will be encountered. Such pieces should be very closely related in composition and hence could be separated through analysis. The extent and nature of such close correlation should indicate the size and uniformity of individual batches. 

Yanes et al. (2004) observed a very interesting size selective spectroscopy in 0.4 mol% Eu3+ SnC>2 nanocrystals ( 4 nm) embedded in SiC>2 glass prepared by thermal treatment of sol-gel glasses. The mean size of SnC>2 nanocrystals is comparable to the bulk exciton Bohr radius (4.8 nm). Thus the band-gap excitation energy depends on the nanocrystal size. 

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