2[4]European Commission Directorate-General Environment (2000). Management of Construction and Demolition Waste[J]. n. pp. Online. Internet. January9, 2001.
4[6]Wojakowski, J. B., Fager, G. A., and Catron, M. A. (1995). Recycling of portl and cement concrete pavement[R]. Rep. FHWA-KS-95/3, Kansas Department of Transp ortation, Topeka, Kans.
5[7]Chini, A., Kuo, S., Armaghani, J., and Duxbury, J., Test of Recycled Concrete Aggregate in Accelerated Test Track[J]. Journal of Transportation Engineering, 11/12, pp. 486～492,2001.
6[8]Kuo, S., Mahgoub, H., and Nazef, A. Investigation of Recycled Concrete Made with Limestone Aggregate for A Base Course in Flexible Pavement[C]. the 81st TRB Annual Meeting, 2002.
7[9]Saraf, C. L., and Majidzadeh, K. (1995). Utilization of recycled PCC aggregates for use in rigid and flexible pavements[R]. Rep. FHWA-OH-95/025, Ohio Department of Transportation, Columbus, Ohio.
8[10]Sobhan, K., and Krizek, R. Resilient Rroperties and Fatigue Damage in a Stabilized Recycled Aggregate Base Course Material[C]. the 81st TRB Annual Meeting, 2002.
9[11]Molenaar and Niekerk. Effects of Gradation, Composition and Degree of Compaction on the Mechanical Characteristics of Recycled Unbound Materials [C]. the 81st TRB Annual Meeting, 2002.
10[12]Topcu, I. B., and Guncan, N. F. (1995). Using Waste Concrete as Aggregate[J]. Cement and Concrete Res., 25 (7), 1385～1390.
