A-Z索引
Williams, A.
Department of Fuel and Energy, Energy and Resources Research Institute / Centre for Computational Fluid Dynamics, University of Leeds, Leeds LS2 9JT, UK
記事：
Articles:
COMPUTATIONAL ANALYSIS OF AN OXYGEN BASED LIQUID-FUEL SPRAY BURNER FOR UNIFORM HEAT TRANSFER - Vol. 0 '1994 - ICLASS 94: Proceedings of the Sixth International Conference on Liquid Atomization and Spray Systems
HEAT TRANSFER THROUGH METAL TO METAL JOINTS - Vol. 14 '1966 - International Heat Transfer Conference 3
EXPERIMENTAL INVESTIGATION OF OXYGEN-ENRICHED LIFTED AND ATTACHED TURBULENT DIFFUSION FLAMES - Vol. 5 '2004 - International Journal of Energy for a Clean Environment
OPTIMIZING CERAMIC KILN OPERATION UTILIZING INDUSTRIAL GAS TURBINE EXHAUST GASES - Vol. 5 '2004 - International Journal of Energy for a Clean Environment
CARBON BURNOUT OF PULVERIZED COAL IN POWER STATION FURNACES - Vol. 7 '2006 - International Journal of Energy for a Clean Environment
EXPERIMENTAL INVESTIGATIONS OF COUNTERFLOW DOUBLE FLAMES APPLICABLE TO AN INDUSTRIAL NATURAL GAS-FIRED BURNER - Vol. 7 '2006 - International Journal of Energy for a Clean Environment
Johnson, K.
CARBON BURNOUT OF PULVERIZED COAL IN POWER STATION FURNACES
Patterson, P. M.
EXPERIMENTAL INVESTIGATION OF OXYGEN-ENRICHED LIFTED AND ATTACHED TURBULENT DIFFUSION FLAMES
Yap, L.
EXPERIMENTAL INVESTIGATION OF OXYGEN-ENRICHED LIFTED AND ATTACHED TURBULENT DIFFUSION FLAMES
Pourkashanian, M.
COMPUTATIONAL ANALYSIS OF AN OXYGEN BASED LIQUID-FUEL SPRAY BURNER FOR UNIFORM HEAT TRANSFER
EXPERIMENTAL INVESTIGATIONS OF COUNTERFLOW DOUBLE FLAMES APPLICABLE TO AN INDUSTRIAL NATURAL GAS-FIRED BURNER
EXPERIMENTAL INVESTIGATION OF OXYGEN-ENRICHED LIFTED AND ATTACHED TURBULENT DIFFUSION FLAMES
CARBON BURNOUT OF PULVERIZED COAL IN POWER STATION FURNACES
OPTIMIZING CERAMIC KILN OPERATION UTILIZING INDUSTRIAL GAS TURBINE EXHAUST GASES
Rangel, Leonardo P.
EXPERIMENTAL INVESTIGATIONS OF COUNTERFLOW DOUBLE FLAMES APPLICABLE TO AN INDUSTRIAL NATURAL GAS-FIRED BURNER
Stephenson, P.
CARBON BURNOUT OF PULVERIZED COAL IN POWER STATION FURNACES
Al-Fawaz, A.
COMPUTATIONAL ANALYSIS OF AN OXYGEN BASED LIQUID-FUEL SPRAY BURNER FOR UNIFORM HEAT TRANSFER
Jones, J. M.
CARBON BURNOUT OF PULVERIZED COAL IN POWER STATION FURNACES
Yap, L.T.
COMPUTATIONAL ANALYSIS OF AN OXYGEN BASED LIQUID-FUEL SPRAY BURNER FOR UNIFORM HEAT TRANSFER
Katsanevakis, A. N.
OPTIMIZING CERAMIC KILN OPERATION UTILIZING INDUSTRIAL GAS TURBINE EXHAUST GASES
Wilson, C. W.
EXPERIMENTAL INVESTIGATION OF OXYGEN-ENRICHED LIFTED AND ATTACHED TURBULENT DIFFUSION FLAMES
Waldron, D. J.
CARBON BURNOUT OF PULVERIZED COAL IN POWER STATION FURNACES
Iatridis, D. K.
OPTIMIZING CERAMIC KILN OPERATION UTILIZING INDUSTRIAL GAS TURBINE EXHAUST GASES
Backreedy, R. I.
CARBON BURNOUT OF PULVERIZED COAL IN POWER STATION FURNACES
Fletcher, L. M.
EXPERIMENTAL INVESTIGATIONS OF COUNTERFLOW DOUBLE FLAMES APPLICABLE TO AN INDUSTRIAL NATURAL GAS-FIRED BURNER
CARBON BURNOUT OF PULVERIZED COAL IN POWER STATION FURNACES
OPTIMIZING CERAMIC KILN OPERATION UTILIZING INDUSTRIAL GAS TURBINE EXHAUST GASES
Monachos, O.
OPTIMIZING CERAMIC KILN OPERATION UTILIZING INDUSTRIAL GAS TURBINE EXHAUST GASES
Lappas, A. A.
OPTIMIZING CERAMIC KILN OPERATION UTILIZING INDUSTRIAL GAS TURBINE EXHAUST GASES
Ma, L.
CARBON BURNOUT OF PULVERIZED COAL IN POWER STATION FURNACES
Howard, L. M.
EXPERIMENTAL INVESTIGATION OF OXYGEN-ENRICHED LIFTED AND ATTACHED TURBULENT DIFFUSION FLAMES