1[1]J.S. Dick, Part V, "How technological innovation has affected the tire industry' s structure, "Elastomerics, January, 1981, p. 25.
2[2]A. Patel and E. Weaver, "Experiment to characterize carbon black via capillary rheometers, "presented at the ACS Rubber Division,October, 1987, paper 16.
3[3]W. Brown and A. Patel, "Characterization of carbon black,"presented at the ACS Rubber Division, October, 1985, paper 78.
4[4]A. Patel, "Rheometry: A tool for predicting carbon black performance in rubber," Carbon Blackboard, Ashland Chemicals,Dec. 1981.
5[5]J.S. Dick and H. Pawlowski, "Applications for the rubber process analyzer, "Rubber and Plastics News, April 26 and May 10, 1993.
6[6]H.A. Pawlowski and J.S, Dick ,"A new dynamic mechanical tester designed for testing rubber, "May 1992.
7[7]J.S. Dick and H.A. Pawlowski, "Rubber characterization by applied strain variations using the rubber process analyzer, "Rubber World,Jan. 1995.
8[8]J. Ferry, Viscoelastic properties of Polymers, 3rd ed. John Wiley & Sons, NY, p.572.
9[9]J.S. Dick and H. A. Pawlowski, "Applications of the rubber process analyzer in predicting process ability and cured dynamic properties of rubber compounds, "J. of Elastomers and Plastics, Vol. 27, Jan.,1995.
10[10]J.S. Dick and H.A. Pawlowski, "Rubber characterization by applied strain variations using the rubber process analyzer, "Rubber World,Jan. 1995.
3Corvasce F G, Linster T D, Thielen G. Tyre rubber reinforcing filler-comprising a starch composite containing starch and a synthetic plasticiser to lower the softening point, optionally used with a coupler for the composite[P]. USA:USP 5 672 639,1997-09-30.
