Bismuth chlorate

All other dangerous reactions consist of oxidations of bismuth by strong oxidants. Thus, chloric and perchloric acids lead to highly sensitive explosives (probably bismuth chlorate and perchlorate). Fuming nitric acid causes the incandescence of bismuth at ambient temperature whereas a detonation occurs when molten bismuth is mixed with concentrated nitric acid. Rnally, a bismuth/molten ammonium nitrate mixture causes a very violent or even an explosive reaction. 

Most oxidising agents affect sulphur, the vigour of the action varying with the conditions and with the nature of the agent. A mixture of sulphur and potassium chlorate is highly explosive and will detonate violently on slight shock. Nitric acid oxidises sulphur quantitatively to sulphuric acid. When heated with sulphur, most metallic oxides are converted into sulphide and sulphate mercury, lead, bismuth and cadmium oxides are common examples 5... 

A powder which burns with a green flame is obtained by the addition of nitrate of baryta to chlorate of potash, nitrate of potash, acetate of copper. A white flame is made by the addition of sulfide of antimony, sulfide of arsenic, camphor. Red by the mixture of lampblack, coal, bone ash, mineral oxide of iron, nitrate of strontia, pumice stone, mica, oxide of cobalt. Blue with ivory, bismuth, alum, zinc, copper sulfate purified of its sea water [sic]. Yellow by amber, carbonate of soda, sulfate of soda, cinnabar. It is necessary in order to make the colors come out well to animate the combustion by adding chlorate of potash.15... 

Other ingredients that may be found in smokeless powders include camphor, carbazole, cresol, diethyleneglycoldinitrate (DEGDN), dimethylse-bacate, dinitrocresol, di-normal-propyl adipate, 2.4-dinitrodiphenylamine, PETN, TNT, RDX, acaroid resin, gum arabic, synthetic resins, aluminum, ammonium chlorate/oxalate/perchlorate, pentaerythritol dioleate, oxamide, lead carbonate/salicylate/stearate, magnesium oxide, sodium aluminum fluoride, sodium carbonate/bicarbonate, petrolatum, dioctylphthalate, stannic oxide, potassium cyrolate, triphenyl bismuth. 

Sodium Chlorate 7787-60-2 Bismuth Chloride Hydroxyacetic Acid... 

Chromiimi(lI) and titanium(II[I) are very powerful reducing agents, but they are readily air-oxidized and difficult to handle. The standard potential of the former is -0.41 V (Cr3+/Cr2+) and that of the latter is 0.04 V (TiO"+/Ti +). The oxidized forms of copper, iron, silver, gold, bismuth, uranium, tungsten, and other metals have been titrated with chromium(II). The principal use of Ti " " is in the titration of iron(in) as well as copper(II), tin(IV), chromate, vanadate, and chlorate. 

Bismuth triiodide Bilj -200.5 Cesium chlorate CSCIO3 -65... 

Barium chlorate Barium nitrate Bismuth Calcium chlorate Calcium nitrate Calcium phosphide Calcium silicon Camphor L-Camphor Copper carbonate (ic)... 

Hexamethyleneimine Quinoline Azinphosmethyl Ethyleneinine Ethyleneimine Barium Peroxide Barium Carbonate Barium Chlorate Barium Chlorate Barium Peroxide Barium Nitrate Barium Perchlorate Barium Perchlorate Barium Permanganate Barium Peroxide Barium Peroxide Bismuth Oxychloride Zirconium Oxychloride Sulfuric Acid Benzene Hexachloiide Oil Spindle Sucrose... 

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