Burning rate of GAP copolymer

The burning rate of GAP copolymer increases linearly with increasing pressure in an In rversus Inp plot, as shown in Fig. 5.17. The pressure exponent of burning rateat a constant initial temperature, as defined in Eq. (3.71), is 0.44. The temperature sensitivity of burning rate at constant pressure, as defined in Eq. (3.73), is 0.010 K"h... 

Fig. 5.17 Burning rates of GAP copolymer at three different initial temperatures.

Fig. 7.44 Effect of catalyst on the burning rate of GAP copolymer, showing no burning rate increase by the addition of lead citrate and/or carbon black.

Figure 9-24. Burning rate of GAP copolymer with and without catalyst (graphite) showing that the pressure exponent increases with increasing amount of catalyst.

Fig. 15.8 shows a typical set of burning rate versus pressure plots for GAP pyrolants composed of GAP copolymer with and without burning-rate modifiers. The burning rate decreases as the mass fraction of the burning-rate modifier, denoted by (G), is increased. Graphite particles of diameter 0.03 pm are used as the burn-... 

Based on the disclosure [41], a study was conducted to investigate the potential of various thermoplastic binders (PS, polyvinylchloride = PVC, PVC-co-PVAc = polyvinylchloride-polyvinylacetate copolymer), softening agents (dioctyladipate = DOA, dimethylphffialate = DMP, gjycidylazide polymer = GAP) and burn rate... 

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