1[1]Wiles. C. C. Municipal solid waste combustion ash:state of the knowledge. Journal of Hazardous Materials. 1996, 47(1-3)325～344
2[2]CHIKAWA. H. Management strategy of ccement industry in techology towora the next century. Proceedings of Engineering Foundation Conference. Advances in cment and concrete, edited by M. W. Grutesck, American Society Civil Engineering 1994, 524～561
3[3]Ontiveros L, Clapp T L and Kosson D S. Physical properties and chemical species distributions within municipal waste combuster ashes. Enviromental Progress, 1989, 8(3):206～222
4[4]Tay, J. H, Goh, A. T. C. Engineering Properties of Incinerator Residue, Environ. Engrg. 1991, 117(3):224～235
5[9]Roethel F. J, Breslin V. T. Municipal solid waste combustor ash demonstration program "the boathouse". Ohio:US EPA, EPA/ 600/SR-95/129,1995
6[10]Gress D. L, Zhang X, Tarr Setal. Municipal solid waste combustion ash as an aggregate substitute in asphaltic concrete. Waste Materials in Construction. The Netherlands: Elsevier, 1991, 161～175
7[11]Crannell B. S. Eighmy. T. T. Final report of the fieldly simeter leaching experiments2:bottom ash and bottom ash/asphalt[R]. USA:Environmental Research Group and University of New Hampshire, 1998
