Acetylenic Compounds MRH Acetylene 8.70/99+

See ACETYLENIC COMPOUNDS

Aziridine

See Aziridine: Silver

Bromine Azide

See Bromine azide

3-Bromopropyne

See 3-Bromopropyne: Metals

Carboxylic Acids

Koffolt, J. H., private comm., 1965

Silver is incompatible with oxalic or tartaric acids, since the silver salts decompose on heating. Silver oxalate explodes at 140 C, and silver tartrate loses carbon dioxide.

See other METAL OXALATES

Chlorine Trifluoride MRH 1.42/36

See Chlorine trifluoride: Metals

Copper, Ethylene Glycol

See Ethylene glycol: Silvered copper wire

Electrolytes, Zinc

Britz, W. K. et al., Chem. Abs., 1975, 83, 150293

Causes of spontaneous combustion and other hazards of silver zinc batteries were investigated.

Ethanol, Nitric Acid

Luchs, J. K., Photog. Sci. Eng., 1966, 10, 334

Action of silver on nitric acid in presence of ethanol may form the readily detonable silver fulminate.

See Nitric acid: Alcohols

See also SILVER-CONTAINING EXPLOSIVES

Ethyl Hydroperoxide

See Ethyl hydroperoxide: Silver

Ethylene Oxide MRH 3.72/99+

See Ethylene oxide: Reference 4

Hydrogen Peroxide MRH 1.59/99+

See Hydrogen peroxide: Metals

Iodoform

Grignard, 1935, Vol. 3, 320

In contact with finely divided (reduced) silver, incandescence occurs.

Other Reactants

Yoshida, 1980, 103

MRH values for 7 combinations, largely with catalytically susceptible materials, are given.

Ozonides

See OZONIDES

Peroxomonosulfuric Acid

See Peroxomonosulfuric acid: Catalysts

Peroxyformic Acid MRH 5.69/100

See Peroxyformic acid: Metals

See other METALS