Barium trisulfide

Barium also forms several other sulfides. Among them are Barium hydrosulfide, Ba(SH)2 [25417-81-6] Barium disulfide, BaS2 [12230-99-8] Diharium trifulfide, Ba2Ss [53111-28-7] Barium trisulfide, BaSs [12231-01-5] Barium tetrasulfide monohydrate, BaS4 H20 [12248-67-8] Barium pentasulfide, BaSs [12448—68—9]. [Pg.93]

Antimony trisulfide, carbon disulfide vapour, chromium(II) sulfide and hydrogen sulfide all ignite in contact with fluorine at ambient temperature, the solids becoming incandescent [1]. Iron(II) sulfide reacts violently on mild warming, and barium sulfide, potassium sulfide or zinc sulfide all incandesce in the gas, as does molybdenum(III) sulfide at 200°C [2],... [Pg.1520]

Mixtures of potassium nitrate with antimony trisulfide [1], barium sulfide, calcium sulfide, germanium monosulfide or titanium disulfide all explode on heating [2]. The mixture with arsenic disulfide is detonable, and addition of sulfur gives a pyrotechnic composition [2], Mixtures with molybdenum disulfide are also detonable [3], Interaction with sulfides in molten mixtures is violent [4],... [Pg.1738]

Ammonium sulfide, 4577 Antimony trisulfide, 4906 Barium sulfide, 0218 Bismuth trisulfide, 0234... [Pg.257]

Antimony trisulfide Fine aluminium Barium nitrate Dextrin... [Pg.91]

Sulfuric acid, Erythritol, Nitric acid. Sodium carbonate. Ethanol Zinc dust. Sulfur Potassium chlorate. Sulfur, Sugar Potassium perchlorate. Sodium salicylate Potassium perchlorate. Antimony trisulfide, Lampblack, Aluminum powder, Barium carbonate... [Pg.138]

Anthracene Antimony Antimony trisulfide Barium carbonate Barium chlorate Barium nitrate Barium oxalate Boric acid Calcium carbonate Calcium oxalate Carbon black Charcoal Clay Copper... [Pg.167]

A formulation based on antimony trisulfide (Sb2S3)-20%, potassium perchlorate (KC104)-8% and barium chromate(BaCr04)-72% (with NC as binder) is a well-known slow-burning delay formulation with a burning rate of 0.43 cm s 1. The burning rate decreases to 0.23 cms 1 on substitution of barium chromate by bismuth chromate. These formulations are safe to handle as revealed by the sensitivity data [26]. [Pg.358]

Mixtures of potassium nitrate with antimony trisulfide [1], barium sulfide, calcium sulfide, germanium monosulfide or titanium disulfide all explode on heating [2]. The... [Pg.1818]

Metal Sulfides. Mixtures with antimony trisulfide, barium or calcium sulfides, or germanium monosulfide or titanium disulfide explode on heating4-6 mixtures with arsenic disulfide6 or molybdenum disulfide7 are detonatable. [Pg.505]

Lead tricinate, -> tetracene, -> Barium Nitrate, lead dioxide, antimony trisulfide and calcium silicide. These components meet all requirements currently applied in ammunition technology. SINOXID compositions feature very good chemical stability and storage life, they are abrasion-, erosion- and corrosion-free and ignite propellants with precision. [Pg.351]

Sodium Xylene Sulfonate Xylidine Copper Gluconate Sodium Aluminate Calibre 302-6 Arsenic Trisulfide Boric Oxide Boron Trioxide Barium Oxide Barium Peroxide Beryllium Oxide Bismuth Subnitrate Calcium Hydroxide Lime Water Calcium Oxide Calcium Peroxide Cadmium Oxide Cadmium Sulfide Chromic Hydroxide Chromic Oxide Ferric Hydroxide Rouge... [Pg.1085]