Caesium carbide

Caesium carbide, Cs2C2.—The carbide is prepared from caesium acetylide, Cs2C2,C2H2, by a method similar to that employed for the corresponding rubidium compound.6... 

Metal acetylides or carbides Calcium carbide 3.97/46 See Caesium acetylide Mineral acids Rubidium acetylide Acids Uranium dicarbide Hydrogen chloride... 

The mono- and di-alkali metal acetylides, copper acetylides, iron, uranium and zirconium carbides all ignite in chlorine, the former often at ambient temperature. See Caesium acetylide Halogens Dicopper(I) acetylide Halogens Iron carbide Halogens... 

Monocaesium acetylide and caesium acetylide, lithium acetylide and rubidimn acetylide, tungsten carbide and ditungsten carbide, and zirconium dicarbide all ignite in cold fluorine, while uranium dicarbide ignites in warm fluorine. 

Interaction with aluminium carbide is incandescent, and with caesium acetylide at 350°C is explosive. Other related compounds may be expected to be oxidised violently if unmoderated. 

NaX and NaY zeolites (Union Carbide) were exchanged by lithium, potassium, and caesium in a 1 M solution of the corresponding metal chloride at 80°C for 60 min, using a liquid to solid ratio of 10. The samples were then filtered and washed free of chlorides. After drying, the zeolite was pelletized, crushed, and sieved to different particle sizes. 

Aluminium carbide, 1027 Aluminium phosphide, 0083 Bismuth nitride, 0230 Caesium graphite, 2877 Calcium disilicide, 3938 Calcium phosphide, 3941 Calcium silicide, 3937 Copper diphosphide, 4278 Copper monophosphide, 4277 Copper(II) phosphide, 4284 Dialuminium octavanadium tridecasilicide, 0088 Dicobalt boride, 0128 Ditungsten carbide, 0561 Ferrosilicon, 4384 Hexalithium disilicide, 4684 Iron carbide, 0364... 

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