climate 157 Exergy analysis of a gas turbine Abdul Khaliq Proceedings Vol. 224 Institution of 0.105 0.07 trigeneration system using the of the Part A:, pp. Mechanical Brayton refrigeration cycle Institution of 1-13, U.K., Engineers with inlet air cooling Mechanical 2010 Engineers, Part A: Journal of Power and Energy 158 Development and analysis of Abdul Khaliq Journal of the Vol.83 Maney industrial waste heat based Energy No.2, 2010, Publishing trigeneration for combined Institute pp.79-85, production of power heat and U.K. cold 159 Exergy analysis of gas turbine Abdul Khaliq International Vol 32(3), Elsevier, 1.817 trigeneration system for Journal of 2010, pp Germany combined production of power Refrigeration 534-545 heat and refrigeration 0.071 0.07 160 Exergy analysis of an industrial Abdul Khaliq, Trans. of Vol. ASME waste heat recovery based and ASME-Journal 2009, pp cogeneration cycle for of Energy (USA) combined production of power Resources and refrigeration Technology 161 Performance analysis of an Abdul Khaliq et. International Vol.33, Wiley Inter industrial waste heat recovery Journal of 2009, pp science, U.K.
climate 157 Exergy analysis of a gas turbine trigeneration system using the Brayton refrigeration cycle with inlet air cooling Abdul Khaliq Proceedings of the Institution of Mechanical Engineers, Part A: Journal of Power and Energy Vol. 224 Part A:, pp. 1-13, U.K., 2010 Institution of Mechanical Engineers 0.105 0.07 158 Development and analysis of industrial waste heat based trigeneration for combined production of power heat and cold Abdul Khaliq Journal of the Energy Institute Vol.83 No.2, 2010, pp.79-85, U.K. Maney Publishing 159 Exergy analysis of gas turbine trigeneration system for combined production of power heat and refrigeration Abdul Khaliq International Journal of Refrigeration Vol 32(3), 2010, pp 534-545 Elsevier, Germany 1.817 160 Exergy analysis of an industrial waste heat recovery based cogeneration cycle for combined production of power and refrigeration Abdul Khaliq, and Trans. of ASME-Journal of Energy Resources Technology Vol. 2009, pp (USA) ASME 0.071 0.07 161 Performance analysis of an industrial waste heat recovery Abdul Khaliq et. International Journal of Vol.33, 2009, pp Wiley Inter science, U.K.
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