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Radiation-resistant glasses

Radiation methods, high pressure, 13 429 Radiation monitors, 17 549 Radiation, protection against, 19 701-702 Radiation-resistant glass cerium applications, 5 684 Radiation sensitivity, of lithographic resists, 15 155... [Pg.783]

Strontium carbonate (SrCO ) is used to make radiation-resistant glass and TV picture tubes, as well as pyrotechnics. [Pg.78]

Use Treatment of brines in chlorine-alkali cells to remove sulfates, rodenticide, production of barium salts, ceramic flux, optical glass, case-hardening baths, ferrites, in radiation-resistant glass for color television tubes. [Pg.122]

Use Catalyst, in radiation-resistant glass for color television tubes, ceramic ferrites, pyrotechnics. [Pg.1183]

Barium carbonate Barium carbonate (1 1) Barium monocarbonate BE 1 (salt) BW-C3 BW-P C.i. 77099 C.l. Pigment White 10 Carbonic acid, barium salt Carbonic acid, barium salt (1 1) Caswell No, 069 Cl 77099 Cl Pigment White 10 Durex White EINECS 208-167-3 EPA Pesticide Chemical Code 007501 HSDB 950 NSC 83508 Pigment White 10. Used in the treatment of brines in chlorine-alkali cells to remove sulfates, as a rodentlcide, in production of barium salts, ceramic flux, optical glass, case-hardening baths, ferrites, in radiation-resistant glass for color television tubes. White powder mp 811 bp = 1450 d = 4.430 ... [Pg.51]

Strontium carbonate Strontium carbonate (SrCOa). Catalyst, used in radiation-resistant glass for color TV tubes, ceramic ferrites, pyrotechnics. Also used in sugar refining. White solid dec 1100° d = 3.5 soluble in H2O (0.001 g/100 ml). Atomergic Chemetals Cerac Mallinckrodt Inc. Solvay Deutschland GmbH. [Pg.587]

Uses Catalyst in radiation-resistant glass for color TV tubes, CRT screens ferrite ceramics raw material pyrotechnics sugar refining reagent for electrolytic zinc prod. Manuf./Distrib. AMC Chems. Aldrich http //www.sigma-aldrich.com, Alfa Aesar... [Pg.4221]

Very low moisture absorbency (0.05%) good fatigue and creep resistance good dimensional stability very good chemical resistance to 200°C good radiation resistance glass filled grades used to 240°C. [Pg.25]

Roderick, J. M., Holland, D. Scales, C. R. 2000. Characterization and radiation resistance of a mixed-alkali borosilicate glass for high level waste vitrification. Materials Research Society Symposium Proceedings, 608, 721-726. [Pg.61]

In general, plastics are superior to elastomers in radiation resistance but are inferior to metals and ceramics. The materials that will respond satisfactorily in the range of 1010 and 1011 erg per gram are glass and asbestos-filled phenolics, certain epoxies, polyurethane, polystyrene, mineral-filled polyesters, silicone, and furane. The next group of plastics in order of radiation resistance includes polyethylene, melamine, urea formaldehyde, unfilled phenolic, and silicone resins. Those materials that have poor radiation resistance include methyl methacrylate, unfilled polyesters, cellulosics, polyamides, and fluorocarbons. [Pg.31]

The use of glass is not restricted to the cases mentioned above. Among other applications, mention can be made of those in nuclear technology (protection from radiation, immobilization of radioactive waste by fusion into a chemically resistant glass, etc.), in agriculture (as carrier for fertilizers with long-term effects) and a number of possible applications in electronics (cf., for example, the survey paper by McMillan, 1976). A separate chapter is devoted to the so-called glass-ceramics. [Pg.324]

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See also in sourсe #XX -- [ Pg.2 , Pg.3 , Pg.5 , Pg.17 ]

See also in sourсe #XX -- [ Pg.2 , Pg.3 , Pg.5 , Pg.17 , Pg.18 ]



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