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Simulation of Thermal Explosion of Catalytic Granule in Fluctuating Temperature Field

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DOI: 10.4236/jamp.2013.15001    4,393 Downloads   8,013 Views Citations

ABSTRACT

Method for numerical simulation of the temperature of granule with internal heat release in a medium with random temperature fluctuations is proposed. The method utilized the solution of a system of ordinary stochastic differential equations describing temperature fluctuations of the surrounding and granule. Autocorrelation function of temperature fluctuations has a finite decay time. The suggested method is verified by the comparison with exact analytical results. Random temperature behavior of granule with internal heat release qualitatively differs from the results obtained in the deterministic approach. Mean first passage time of granules temperature intersecting critical temperature is estimated at different regime parameters.

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Derevich, I. and Galdina, D. (2013) Simulation of Thermal Explosion of Catalytic Granule in Fluctuating Temperature Field. Journal of Applied Mathematics and Physics, 1, 1-7. doi: 10.4236/jamp.2013.15001.

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