Public defence of doctoral thesis

Sep102019 Doctoral thesisRadiative Heat Transfer in Suspension-Fired SystemsRadiation is the dominating heat transfer mechanism in most furnaces, and the radiative properties of combustion products represent important aspects regarding its suitability as a heat source. However, fuel and energy markets are undergoing rapid... Author: Adrian Gunnarsson. Opponent: Prof. Richard Axelbaum, Department of Energy, Environmental & Chemical Engineering, Washington University of Saint Louis, USA.   10:00  Location: Sal HB1, Hörsalsvägen 8. Radiative Heat Transfer in Suspension-Fired SystemsRadiation is the dominating heat transfer mechanism in most furnaces, and the radiative properties of combustion products represent important aspec... Author: Adrian Gunnarsson. Opponent: Prof. Richard Axelbaum, Department of Energy, Environmental & Chemical Engineering, Washington University of Saint Louis, USA.   10:00  Location: Sal HB1, Hörsalsvägen 8.