Calcium Acetylide

It is used to produce acetylene gas in numerous applications. Also, it is used as a reducing agent to produce metals from their salts. [Pg.594]

Colorless tetragonal crystal density 2.22 g/cm decomposes in water melting point reported in the hterature show wide discrepancy. [Pg.594]

It is a corrosive solid. Because it is highly water-reactive, skin contact can cause bum. [Pg.594]

Hazards associated with calcium acetylide can be attributed primarily to its three types of reactions (1) it decomposes to acetylene, [Pg.594]

Disilver acetylide Silver acetylide-silver nitrate Digold(l) acetylide Barium acetylide Calcium acetylide (carbide)... [Pg.239]

Silver nitrate (or other soluble salt) reacts with acetylene in presence of ammonia to form silver acetylide, a sensitive and powerful detonator when dry. In the absence of ammonia, or when calcium acetylide is added to silver nitrate solution, explosive double salts of silver acetylide and silver nitrate are produced. Mercury(I) acetylide precipitates silver acetylide from the aqueous nitrate. [Pg.16]

Addition of calcium acetylide to silver nitrate solution precipitates silver acetylide, a highly sensitive explosive. Copper salt solutions would behave similarly. [Pg.231]

Calcium acetylide, or Potassium cyanide, or Potassium thiocyanate, or Sodium iodide Kirk-Othmer, 1966, Vol. 9, 602... [Pg.1338]

Metal acetylides incandesce on heating in selenium vapour barium acetylide at 150°C, calcium acetylide and strontium acetylide at 500°C and thorium carbide at an unstated temperature. [Pg.1906]

Calcium acetylide is used in the manufacture of calcium cyanamide, CaCN2, by the reaction of CaC2 with N2 at high temperature. [Pg.366]

MOLECULAR SIEVE INCIDENTS ethylene ORGANIC POWDER HANDLING PEROXIDES IN SOLVENTS SOLVATED OXOSALT INCIDENTS Cadmium propionate, 2418 Calcium acetylide Methanol Diazomethane Calcium sulfate, 0406 3,5 -Dinitrotoluamide... [Pg.131]

Benzyl bromide, Molecular sieve, 2735 Benzyl chloride, Catalytic impurities, 2738 1,2-Bis(chloromethyl)benzene, 2946 Bis(2-cyanoethyl)amine, 2397 Bis(trimethylsilyl) peroxomonosulfate, 2602 Borane -tetrahydrofuran, 0138 Butylmagnesium chloride, 1641 Calcium acetylide, Methanol, 0585 Calcium chloride, 3923 Cerium, Water, 3961... [Pg.167]

Calcium acetylide, 0585 Copper(II) acetylide, 0615 Copper(I) benzene-l,4-bis(ethynide), 3236 Copper l,3,5-octatrien-7-ynide, 2933 DicopperQ acetylide, 0619 DicopperQ 1,5-hexadiynide, 2165 Dimethyl(phenylethynyl)thallium, 3298 Dimethyl-1-propynylthallium, 1938 GoldQ acetylide, 0573 Lithium acetylide, 0992 Lithium bromoacetylide, 0580 Lithium chloroacetylide, 0599 Lithium 1-heptynide, 2834... [Pg.222]

Aluminium, 0048 Ammonium phosphinate, 4554 Barium phosphinate, 0210 f Benzaldehyde, 2731 1,4-Benzenediol, 2333 Bis(hydrazine)tin(II) chloride, 4070 Calcium acetylide, 0585 Calcium phosphinate, 3931 Chromium(II) chloride, 4052 Chromium(II) oxide, 4241 Chromium(II) sulfate, 4244 Copper(I) bromide, 0265 Diacetatotetraaquocobalt, 1780 Diisobutylaluminium hydride, 3082 f 1,2-Dimethylhydrazine, 0955... [Pg.371]

Calcium acetylide, Iron(III) chloride, Iron(III) oxide, 0585... [Pg.403]

Calcium acetylide, 11 182-183 Calcium aluminum hydride, preparation and properties of, 8 327-329 Calcium borates, 25 218-219 stability ranges, 25 209-210 structures, 25 190-195, 197-199 in water, 25 218... [Pg.35]

Cadmium Acetylide A71-L Cadmium Amide A169-L Cadmium Azide A526-L Cadmium Azidodithiocarbonate A636-R Cadmium Diazide A526-L Calcium Acetate A28-L Calcium Acetylide A71-L Calcium Azide A527-R Calcium Carbide. See under Acetylides and Carbides A71-R... [Pg.679]

See Perchloryl fluoride Calcium acetylide, etc. See related METAL CYANIDES ... [Pg.232]

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