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Identification of Reaction-Based Hazards

G. An Example of Reaction-Based Hazard Identification Reaction Quench. 241... [Pg.324]

Some more specific polymer chemistry applications for TG-FTIR are solvent and water retention, curing and vulcanisation reactions, isothermal ageing, product stability, identification of base polymer type and additives (plasticisers, mould lubricants, blowing agents, antioxidants, flame retardants, processing aids, etc.) and safety concerns (processing, product safety, product liability, fire hazards) [357]. A wide variety of polymers and elastomers has been studied by TG-FTIR [353,358,359]. The potential applications of an integrated TG-FTIR system were discussed by various authors [346,357]. [Pg.196]

See other pages where Identification of Reaction-Based Hazards is mentioned: [Pg.187] [Pg.196] [Pg.205] [Pg.209] [Pg.324] [Pg.187] [Pg.196] [Pg.205] [Pg.209] [Pg.324] [Pg.187] [Pg.187] [Pg.214] [Pg.241] [Pg.324] [Pg.196] [Pg.245] [Pg.195] [Pg.70] [Pg.242] [Pg.69] [Pg.301] [Pg.388] [Pg.317] [Pg.1756] [Pg.276] [Pg.253] [Pg.128] [Pg.202] [Pg.242] [Pg.707] [Pg.51]

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Bases identification

HAZARD-BASED

Hazardous reactions

Hazardous, identification

Hazards identification

Hazards reaction-based

Identification of hazards

Reaction identification

Reaction-Based Hazards Identification

Reactions of Bases