%0 Journal Article %1 Chen:1994 %A Chen, X. D. %A Wake, G. C. %D 1994 %J Process Safety and Environmental Protection (Transactions of the Institution of Chemical Engineers, Part B) %K Frank-Kamenetskii ignition moisture theory thermal transfer %N 3 %P 135--141 %T Thermal Ignition Kinetics of a Moist Combustible Porous Solid in Either Dry or Humid Environment Obtained Using Frank-Kamenetskii Theory %V 72 %X A simple Mathematical analysis is provided to illustrate the effect of ambient humidity upon the thermal ignition kinetics measured by heating a packed sample in an air-circulated oven and the critica environmental conditions extrapolated using the classical Frank-Kamenetskii theory. This classical theory is extended to the moist case to elaborate this aspect of ignition from both experimentation and theoretical points of view.

@article{Chen:1994, abstract = {A simple Mathematical analysis is provided to illustrate the effect of ambient humidity upon the thermal ignition kinetics measured by heating a packed sample in an air-circulated oven and the critica environmental conditions extrapolated using the classical Frank-Kamenetskii theory. This classical theory is extended to the moist case to elaborate this aspect of ignition from both experimentation and theoretical points of view.}, added-at = {2010-01-05T23:12:10.000+0100}, author = {Chen, X. D. and Wake, G. C.}, biburl = {https://www.bibsonomy.org/bibtex/2acec7c031b2b66c77e0551945e5329b7/sjp}, interhash = {4f14ef0636d2edf2c17d9f194884935c}, intrahash = {acec7c031b2b66c77e0551945e5329b7}, journal = {Process Safety and Environmental Protection (Transactions of the Institution of Chemical Engineers, Part B)}, keywords = {Frank-Kamenetskii ignition moisture theory thermal transfer}, number = 3, pages = {135--141}, timestamp = {2010-01-19T17:39:44.000+0100}, title = {Thermal Ignition Kinetics of a Moist Combustible Porous Solid in Either Dry or Humid Environment Obtained Using {F}rank-{K}amenetskii Theory}, volume = 72, year = 1994 }