BarclayF. J.Fuel chemical exergy, via the equilibrium thermodynamics of the fuel cell, and reformer. In IMechE Symposium on Fuel Cells in the UK, 10 January 2001, document S715.
2.
House of Commons Environmental Audit Committee. Seventh Report: Energy Ef. ciency, HC 159-I, 1999 (TSO, London).
3.
Royal Commission on Environmental Pollution. Twenty-second Report: Energy—The Changing Climate, 2000 (TSO, London).
4.
RogersG. F. C.MayhewY. R.Engineering ThermodynamicsWork and Heat Transfer, 4th edition, 1992 (Longman Scienti. c and Technical, London).
5.
BilgenE.Exergetic and engineering analyses of gas turbine based cogeneration systems. Energy, 2000, 25, 1215–1229.
6.
HammondG. P.Engineering sustainability: energy systems, heat transfer processes and thermodynamic analysis. In Invited Lecture, 7th UK National Heat Transfer Conference, Nottingham University, 11–12 September 2001, p. 32.
7.
HorlockJ. H.Cogeneration—Combined Heat and Power (CHP), 1987 (Pergamon Press, Oxford).
