PRESSURE INCREASE IN EXOTHERMIC DECOMPOSITION

PRESSURE INCREASE IN EXOTHERMIC DECOMPOSITION VAPOUR CLOUD EXPLOSIONS... [Pg.2]

See entries pressure increase in EXOTHERMIC DECOMPOSITION (reference 3), NITROAROMATIC-ALKALI HAZARDS See Other DEFLAGRATION INCIDENTS... [Pg.696]

See entries metal nitrophenoxides, pressure increase in exothermic decomposition (reference 3)... [Pg.744]

Delays in working up the crude product caused violent explosions during attempted vacuum distillation. An alternative method of crystallisation is described [1]. There is a very high rate of pressure increase in exothermic decomposition [2], Energy of decomposition (in range 180-420°C) measured as 2.19 kJ/g by DSC, and Taj,24 was determined as 147°C by adiabatic Dewar tests, with an apparent energy of activation of 168 kJ/mol [3], The initial decomposition temperature by ARC was 166°C. [Pg.877]

See entry pressure increase in exothermic decomposition See other nitroaryl compounds... [Pg.911]

See PRESSURE INCREASE in exothermic decomposition See entry critical ignition temperature... [Pg.995]

See entry BLOWING AGENTS, PRESSURE INCREASE IN EXOTHERMIC DECOMPOSITION, THERMOCHEMISTRY AND EXOTHERMIC DECOMPOSITION (reference 2)... [Pg.342]

See THERMAL STABILITY OF REACTION MIXTURES AND SYSTEMS See entry PRESSURE INCREASE IN EXOTHERMIC DECOMPOSITION See other NITROARYL COMPOUNDS... [Pg.978]