POLYMERISATION INCIDENTS

See 1,2,4,5-Tetrachlorobenzene Sodium hydroxide, Solvent POLYMERISATION INCIDENTS... [Pg.2]

See entries polymerisation incidents, polyperoxides, violent polymerisation... [Pg.268]

See Other POLYMERISATION INCIDENTS, POLYPEROXIDES, STATIC INITIATION INCIDENTS, VAPOUR CLOUD EXPLOSIONS... [Pg.279]

See Other POLYMERISATION INCIDENTS, RUNAWAY REACTIONS, VIOLENT POLYMERISATION... [Pg.314]

See Other CATALYTIC IMPURITY INCIDENTS, POLYCONDENSATION REACTION INCIDENTS, POLYMERISATION INCIDENTS... [Pg.315]

See other POLYMERISATION INCIDENTS See related CYANO COMPOUNDS... [Pg.370]

See other polymerisation incidents See related cyano compounds... [Pg.393]

See other acetylenic compounds, aldehydes, glass incidents, polymerisation INCIDENTS... [Pg.395]

See Sodium hydride Ethyl 2,2,3-trifluoropropionate See other polymerisation incidents... [Pg.399]

The monomer is sensitive to light, and even when inhibited (with aqueous ammonia) it will polymerise exothermally at above 200° C [1]. It must never be stored uninhibited, or adjacent to acids or bases [2], Polymerisation of the monomer in a sealed tube in an oil bath at 110° C led to a violent explosion. It was calculated that the critical condition for runaway thermal explosion was exceeded by a factor of 15 [3]. Runaway polymerisation in a distillation column led to an explosion and fire [4], See other polymerisation incidents... [Pg.402]

See Bases, above, also Tetrahydrocarbazole, etc., below See other polymerisation INCIDENTS... [Pg.402]

See other CATALYTIC impurity incidents, polymerisation incidents Isopropylamine... [Pg.420]

See 2,3-Epoxypropionaldehyde 2,4-dinitrophenylhydrazone See Other 1,2-EPOXIDES, OXIMES, POLYMERISATION INCIDENTS See related ALDEHYDES... [Pg.426]

Vacuum distilled material kept dark for 6 months was found to have largely polymerised to a yellow solid, which exploded 15 days later [1], A bottle of uninhibited distilled material exploded after shelf storage for several months [2], It may be stored for several months out of contact with air under refrigeration. In contact with ambient air, it polymerises slowly, but rapidly in contact with acidic materials [3], See Other CYANO COMPOUNDS, POLYMERISATION INCIDENTS... [Pg.433]

See other CATALYTIC IMPURITY INCIDENTS, POLYMERISATION INCIDENTS See other 1,2-EPOXIDES... [Pg.440]

See Other CATALYTIC IMPURITY incidents, gas evolution incidents, polymerisation incidents... [Pg.491]

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

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