based trigeneration system Energy 737-744. Research 162 Energy and exergy analysis of Abdul Khaliq et. Proceedings Vol. 223, The 0.105 0.07 inlet air-cooled gas turbines of the 2009 pp Institution of using Brayton refrigeration Institution of (UK) Mechanical cycle Mechanical Engineers Engineers, Part A: Journal of Power and Energy 163 Thermodynamic evaluation of Abdul Khaliq, K International Vol. 6, No. Inderscience 0.894 0.071 0.07 gas turbines for cogeneration Choudhary Journal of 1, pp. 2009, Publications applications Exergy, 15-33. (Switzerland) 164 Exergy analysis of regenerative Abdul Khaliq Journal of the Vol. 82, Maney gas turbine cycle using Energy 2009, pp Publishing absorption inlet cooling and Institute 176-184, evaporative aftercooling UK 165 Thermodynamic performance Abdul Khaliq Trans. of Vol. ASME 0.071 0.1 assessment of gas turbine ASME-Journal March trigeneration system for of Engineering 2008, issue, combined heat cold and power for Gas pp.1-4 production Turbines and (USA) Power 166 Exergy analysis of double effect Rajesh Kumar, International Vol 32, Wiley Inter vapour absorption Abdul Khaliq Journal of 2008, Science, UK refrigeration system Energy
based trigeneration system Energy Research 737-744. 162 Energy and exergy analysis of inlet air-cooled gas turbines using Brayton refrigeration cycle Abdul Khaliq et. Proceedings of the Institution of Mechanical Engineers, Part A: Journal of Power and Energy Vol. 223, 2009 pp (UK) The Institution of Mechanical Engineers 0.105 0.07 163 Thermodynamic evaluation of gas turbines for cogeneration applications Abdul Khaliq, K Choudhary International Journal of Exergy, Vol. 6, No. 1, pp. 2009, 15-33. Inderscience Publications (Switzerland) 0.894 0.071 0.07 164 Exergy analysis of regenerative gas turbine cycle using absorption inlet cooling and evaporative aftercooling Abdul Khaliq Journal of the Energy Institute Vol. 82, 2009, pp 176-184, UK Maney Publishing 165 Thermodynamic performance assessment of gas turbine trigeneration system for combined heat cold and power production Abdul Khaliq Trans. of ASME-Journal of Engineering for Gas Turbines and Power Vol. March 2008, issue, pp.1-4 (USA) ASME 0.071 0.1 166 Exergy analysis of double effect vapour absorption refrigeration system Rajesh Kumar, Abdul Khaliq International Journal of Energy Vol 32, 2008, Wiley Inter Science, UK
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