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CHLORITE SALTS

O-X Alkyl perchlorates. Chlorite salts. Halogen oxides, Hypohalites, Perchloric acid, Perchloryl Compounds... [Pg.237]

See other chlorite salts, oxosalts of nitrogenous bases... [Pg.202]

Hydrazinium chlorite [66326-45-2] h2nn+h3cio2- Levi, G. R., Gazz. Chim. Ital. [2], 1923, 53, 105-108 It is spontaneously flammable when dry. See other chlorite salts, redox compounds C1H5N204... [Pg.1369]

See Other CHLORITE SALTS, METAL OXOHALOGENATES, OXIDANTS... [Pg.1392]

Chlorite esters, like chlorite salts, are explosively unstable. [Pg.38]

AMINIUM PERCHLORATES CHLORITE SALTS HALOGEN OXIDES HYPOHALITES PERCHLORYL COMPOUNDS... [Pg.150]

METAL HYPOCHLORITES, CHLORITE SALTS METAL HALOGENATES, METAL PERCHLORATES... [Pg.248]

BIS(FLUOROOXY)PERHALOALKANES, BLEACHING POWDER, CHLORITE SALTS... [Pg.306]

See AMMINEMETAL OXOSALTS, OXOSALTS OF NITROGENOUS BASES See also CHLORITE SALTS, PERCHLORATE SALTS OF NITROGENOUS BASES... [Pg.369]

Chlorite esters, like chlorite salts, are explosively unstable. See Silver chlorite, Alone, or lodoalkanes... [Pg.19]

Available human and animal data indicate that airborne chlorine dioxide (CIO2) primarily acts as a respiratory tract and ocular irritant. Chlorite (CIO2 ) does not persist in the atmosphere either in ionic form or as chlorite salt, and is not likely to be inhaled. Potential for human exposure to chlorine dioxide or chlorite may be greatest via the oral exposure route because chlorine dioxide is sometimes used as a... [Pg.24]

Chlorite ions and salts are strong oxidizers. Responsible care should be undertaken during disposal of chlorite ion solutions and salts. For example, solid sodium chlorite is unstable and can form explosive mixtures with oxidizable materials, such as organic compounds. Chlorite ion solutions should not be allowed to dry on textiles because this may result in a flammable combination (Kaczur and Cawlfield 1993 Vogt et al. 1986). No further information on the disposal of chlorite ions and chlorite salts were located. [Pg.95]

Being a strong oxidizing agent, its reactions with reducing agents or oxidizable substances can be violent to explosive. Under controUed conditions, it can be combined with many metals to obtain their chlorite salts. [Pg.214]

Chlorous acid and chlorite salts cannot be formed in this way but must be formed indirectly from chlorine dioxide which in turn is formed from chlorates ... [Pg.958]

Chlorites. Salts of chlorous acid, (HC102), are called chlorites. According to Kirk St Othmer(Ref 7), several chlorites have been prepd in the lab but only Nachlorite, (NaC102), has been produced in coml quantities... [Pg.27]

See other pages where CHLORITE SALTS is mentioned: [Pg.2313]    [Pg.11]    [Pg.92]    [Pg.1321]    [Pg.1371]    [Pg.1381]    [Pg.1423]    [Pg.1429]    [Pg.1436]    [Pg.38]    [Pg.88]    [Pg.316]    [Pg.19]    [Pg.69]    [Pg.297]    [Pg.84]    [Pg.251]    [Pg.4]    [Pg.96]    [Pg.1363]    [Pg.1414]    [Pg.1416]   
See also in sourсe #XX -- [ Pg.70 ]



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Chlorite

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