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SELF-HEATING AND IGNITION

SELF-HEATING AND IGNITION INCIDENTS THERMAL STABILITY OF REACTION MIXTURES VIOLENT POLYMERISATION... [Pg.3]

See other self-heating and ignition incidents Sodium-potassium alloy... [Pg.174]

See Other SELF-HEATING AND IGNITION INCIDENTS, PEROXIDATION INCIDENTS See entries POLYMERISATION INCIDENTS, VIOLENT POLYMERISATION See other GLASS INCIDENTS... [Pg.502]

See other dialkyl peroxides, self-heating and ignition incidents... [Pg.1011]

See Other PEROXIDISABLE COMPOUNDS, SELF-HEATING AND IGNITION INCIDENTS... [Pg.1037]

See other agitation incidents, nitration incidents, self-heating and ignition INCIDENTS... [Pg.1576]

IRRADIATION DECOMPOSITION INCIDENTS SELF HEATING AND IGNITION INCIDENTS Aluminium-magnesium alloy Iron(III) oxide, Water, 0053 Ahmiinium-magnesium-zinc alloy, Rusted steel, 0054 Carbon dioxide, Flammable materials, 0557 Carbon dioxide, Metals, 0557 f Ethylene, Steel-braced tyres, 0781 Oxygen (Liquid), Asphalt, 4832 f Sulfur, Static discharges, 4897... [Pg.201]

Stockpiles of milled peat are prevented from self heating and ignition by sprayed application of bitumen emulsion to form a 2-2.5 mm protective permeable film [1], The mechanism of self heating and ignition first involves aerobic microbiological processes, then chemical transformation of iron-containing minerals in the peat into pyrophoric iron compounds which later ignite the peat mound [2],... [Pg.321]

Some self-heating and ignition incidents will be found in the entries ... [Pg.380]

The self-heating and ignition of baled or loose wool in bulk storage is discussed and analysed, and steady state thermal explosion theory is applied to the prediction of critical masses and induction periods for storage and transportation situations in relation to ambient temperature. Results obtained were consistent with current safety practices. [Pg.418]

Polypropylene powder was being conveyed by suction through a duct system as an air dispersion, fines being retained in a filter trap upstream of the centrifugal fans. However, the relatively coarse filter allowed very fine powder to pass and it was eventually retained over a long period of time in a silencer on the fan outlet. The thickening deposit eventually self-heated and ignited, and the fire spread very... [Pg.332]

See other pages where SELF-HEATING AND IGNITION is mentioned: [Pg.721]    [Pg.1083]    [Pg.1430]    [Pg.1548]    [Pg.1589]    [Pg.28]    [Pg.54]    [Pg.91]    [Pg.221]    [Pg.306]    [Pg.380]    [Pg.380]    [Pg.202]    [Pg.287]    [Pg.333]    [Pg.361]    [Pg.361]    [Pg.44]   


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Self-ignition

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