Durham University / University of British Columbia / /
IndustryTerm
recursive algorithm / radiative energy / Gas viscosity increases / Rapid thermal processing / cosine law / gas flowing / radiant energy equations results / energy reflections / radiant energy / gas constant / gas flows / The cooling gas / speed computation applications / reflective metal grid / explicit solution / symmetric rapid thermal processing chamber / radiant energy leaving surface / radiant energy leaving / energy leaving surface / energy / /
Organization
Department of Mathematics / Department of Mathematical Sciences / University of British Columbia / Durham University / /
Person
Brian R. Seymour / Abigail Wacher / Ai / /
Position
guard / model / first author / 2j σT24j Pm / /
Product
Newton / /
ProgrammingLanguage
R / K / /
ProvinceOrState
British Columbia / /
Technology
semiconductor / one technology / Radiation / semiconductors / rapid thermal processing / ATM / heat transfer / Rapid Thermal Processing System / simulation / recursive algorithm / /
Mathematics-in-Industry Case Studies Journal, Volume 3, ppA Radiation Model of a Rapid Thermal Processing System Abigail Wacher Abstract.