Publication | Closed Access
A study of the kinetics of high‐temperature carbon‐silica reactions in an ablative polymer composite
27
Citations
5
References
1983
Year
EngineeringThermal ProcessingPolymer NanocompositesChemistryChemical EngineeringAblative Polymer CompositeDerivative ThermogravimetryPolymer ProcessingPolymer CompositesThermodynamicsPhenolic ResinPolymer ChemistryThermoanalytical MethodMaterials ScienceComposite TechnologyKinetic ParametersFractional Weight LossGlassy CarbonPolymer ScienceHigh‐temperature Carbon‐silica ReactionsNanocompositeChemical Kinetics
Abstract The kinetics of high‐temperature carbon‐silica reactions for a widely used glass‐filled phenolic resin have been studied. Weight‐loss and rate‐of‐weight‐loss data were obtained at four heating rates ranging from 5 to 50°C per minute using standard thermogravimetric techniques. Experimental data were obtained at temperatures between 30 and approximately 1700°C. The kinetic parameters were calculated from these data using a multiple heating rate technique. Close agreement was obtained between the fractional weight loss calculated using the kinetic parameters and the measured values.
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