MOLTEN METAL EXPLOSIONS

See MOLTEN METAL EXPLOSIONS See other METALS 4268. Copper-zinc alloys... [Pg.1496]

MOLTEN METAL EXPLOSIONS, PRECIOUS METAL DERIVATIVES PYROPHORIC METALS, REACTIVE METALS STEEL WOOL, THORIUM FURNACE RESIDUES... [Pg.256]

See MOLTEN METAL EXPLOSIONS, SMELT, SUPERHEATED LIQUIDS, VAPOUR EXPLOSIONS... [Pg.392]

This comprehensive survey of the title topic is in three parts, the first dealing with the theoretical background and laboratory studies, with 29 references. The second part, with 21 references deals with case histories and experimental studies of industrial vapour explosions. These involved the systems molten titanium—water, molten copper—water, molten aluminium—water, smelt—water, water—various cryogenic liquids, molten salt—water and molten uranium dioxide—liquid sodium. In the third part (with a further 26 references) is discussion of the various theories which abound, and the general conclusion that superheated liquids most likely play a major role in all these phenomena [1]. A further related publication covers BLEVEs and pressure let-down explosions [2]. See LIQUEFIED GASES, LIQUEFIED NATURAL GAS, MOLTEN METAL EXPLOSIONS, SMELT, VAPOUR EXPLOSIONS... [Pg.2595]

Molecular sieve incidents, 249 Molten metal explosions, 250 Molten salt baths, 250 Molten salts, 251... [Pg.2639]

See LIQUEFIED GASES, LIQUEFIED NATURAL GAS, MOLTEN METAL EXPLOSIONS,... [Pg.2502]

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