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ethanol, diethyl sulfate, 2,4 diisocyanate, dimethylaniline,
<br />dinitrobenzol, 1,4 dioxane, epichlorhydrin, ethylene chlorohydrin,
<br />ethylene dibromide, ethyleneimine, formic acid, furfural, furfural
<br />alcohol, hexaethyl tetraphosphate, hydrazine, isophorone, mercury,
<br />mercury compounds, methyl isacyanate, methyl parathion, nickel
<br />carbonyl, nicotine, nitric acid, nitrobenzene, nitrochlorobenzene,
<br />nitroglycerin, parathion, perchloric acid, phosphorous oxychloride,
<br />phosphorous trichloride, propyleneimine, sulfur chloride, su1furyl
<br />chloride, tetrachloraethane, tetrachloroethy1ene, tetraethyldithio-
<br />pyrophosphate, tetraethyl lead, tetranitromethane, thionyl chloride,
<br />thiophosgene, o-toluidine, xylidine.
<br />SOLIDS - Acrylamide, aldrin, antimony compounds, arsenic
<br />compounds, barium compounds, barium cyanide, benzidine, benzoyl
<br />peroxide, beryllium compounds, brucine, cadmium compounds,
<br />calcium oxide, carbolic acid ~phenol~, chloroacetic acid, a-
<br />chloroacetophenone, copper acetoarsenite, cyanide salts, cyanogen
<br />bromide, DDT, decaborane, 1,2 dinitrobenzene, 2,4 dinitrotoluene,
<br />Biphenyl, ferric arsenate, fluoride salts, hexachloronaptha1ene,
<br />p-hydroquinine, iodine, lead compounds, lithium hydride, mercury
<br />compounds, methyl parathion, methylene biphenyl isacyanate,
<br />nicotine, osmium tetroxide, oxalic acid, parathion,
<br />pentachlorophenvl, phenol, p-phenylene diamine, phenylhydrazine,
<br />phosphorus ~yellow~, phosphorus pentachloride, phosphorus
<br />pentasulfide, picric acid, quinone, selenium compounds, silver
<br />nitrate, sodium, sodium azide, sodium borohydride, sodium
<br />fluosilicate, sodium hydroxide, sodium hypochlorite, strychnine,
<br />thallium salts, zinc arsenate,
<br />Radioactive Materials
<br />1. Common radiation source materials. More than 100 radiosotopes
<br />are in common usage in various medical an
<br />ing situations. Mast emit Beta and Gamma
<br />radiation also. Some emit Beta or Gamma
<br />d industrial test and measur-
<br />radiation. Some emit Alpha
<br />radiation excl usi ve1y.
<br />Examples of Alpha, Beta, Gamma emitters: Americium-251, Bismuth-
<br />210, Polonium-210, Radium-226, Uranium-238. These are the heavier
<br />isotopes as indicated by high atomic numbers.
<br />Examples of Beta emitters: Calcium-45, Carbon-14, Hydrogen-3,
<br />Nickel-63, Phosphorus-32, Sulfur-35, Tungsten-185, zinc-65.
<br />Examples of Gamma emitters: Beryllium-1, Germanium-11, Iodine-
<br />125, Iran-55, Palladium-13, Praseodymium-143, Tin-113.
<br />2. Fissile Materials. Fissile materials are materials which may
<br />undergo a fission reaction, and are usually found only at reactor sites,
<br />or as part of a nuclear weapon. Fissile materials may emit Alpha,
<br />Beta, Gamma and neutron radiation. Examples: Plutonium-238, Plutonium-
<br />239, Plutonium-241, Uranium-233, Uranium-235.
<br />NOTE: Uranium hand certain other radioactive metals} is combus-
<br />tible in its solid and finely divided form, as well as chemically
<br />Ordinance - 91
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