2Bianciardi CE,Tiezzi E,Ulgiati S.Complete Recycling of Matter in the Frameworks of Physics,Biology and Ecological Economics[J].Ecol Econ,1993,8:1~5.
3Ayres R.The Second Law,the Fourth Law,Recycling and Limits to Growth[J].Ecol Econ,1999,29:473~483.
4Connelly L,Koshland C P.Two Aspects of Consumption:Using an Exergy-based Measure of Degradation to Advance the Theory and Implementation of Industrial Ecology[J].Resources,Conservation and Recycling 1997,19:199~217.
5Ayres RU.Industrial Metabolism:Theory and Policy.In:Allenby BR,Richards DJ (eds),The Greening of Industrial Ecosystems[M]National Academy Press,Washington,D C,1994.
6O' Connor M.Entropy,Liberty and Catastrophe:the Physics and Metaphysics of Waste Disposal.In:Burley P,Foster J (eds).Economics and Thermodynamics:New Perspectives on Economic Analysis[M].Kluwer,Boston,Mass,1994.
7Faber M,Niemes H,Stephan G.Entropy,Environment,and Resources[M].Springer,Berlin Heidelberg New York,1995.
8Huesemann M H.The Limits of Technological Solutions to Sustainable Development[J].Clean Techn Environ Policy 2003,5:21~34.
9Lehni M.State-of-play Report.WBCSD Project on Eco-efficiency Metrics & Reporting[R].Geneva,World Business Council for Sustainable Development,1998
10WBCSD.Measuring Eco-efficiency:A Guide to Reporting Company Performance[M].Geneva,World Business Council for Sustainable Development,2000.