1Adhikafi B, De D, Maiti S. Reclaimation and recycling of waste rubber[ J]. Progress in Polymer Science, 2000, 25: 909-948.
2Bilgili E, Arastoopout H, Bernstein B. Analysis of rubber particles produced by the solid state shear extrusion pulverization process [ J]. Rubber Chemistry and Technology. 2000. 73: 340-355.
3Tobolsky A V. Properties and structures of polymers [M]. New York: John Wiley and Son, 1960.
4Donghee Kang, Joey Mead, Yoon Choi, Richard Farris. Effects of processing conditions on rubber reversion using a single screw extruder[ J]. Rubber World, 2007, 237(2) : 24-31.
5Hamid Y,Mohammad K?Ismaeil G,et al. Devulcanization ofwaste tires using a twin-screw extruder: The effects of pro-cessing conditions[J]. Journal of Vinyl and Additive Tech-nology ,2011,17( 1) : 64-69.
6Formela K, Cysewska M, Haponiuk J,Stasiek A. The influ-ence of feed rate and shear forces on the devulcanizationprocess of ground tire rubber (GTR) conducted in a co-ro-tating twin screw extruder[J]. Polymer,2013,58,906-917.
7孟彩云,张明.胶粉机械力化学改性及硫化胶相关性能研究[J].化工时刊,2013,11:01.
8STRAUBE G, STRAUBE E, NEUMANN W, et al. Method for reprocessing scrap rubber:5275948[P]. 1994-01-04.
9IZUMOTO R,OHSHIMA N. Reclaimed rubber and process for reclaiming vulcanized rubber: 6335377 B1 [P]. 2002- 01-01.
10MOUNi M,USUKI A,MURASE A,et al. Method of man ufacturing devulcanized rubber using high temperature and shearing pressure: 6133413 A[P]. 2000-10-17.
