Lubricant Additives

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312 Lubricant Additives: Chemistry and Applications


  1. U.S. Patent 5427702, 1995.

  2. U.S. Patent 5534171, 1996.

  3. Garbassi, F., “Long Chain Branching: An Open Question for Polymer Characterization?” Polymer
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  4. U.S. Patent 4517104, 1985.

  5. U.S. Patent 4632769, 1986.

  6. U.S. Patent 5540851, 1998.

  7. U.S. Patent 5811378, 2000.

  8. European Patent 338672, 1989.

  9. U.S. Patent 5075383, 1991.

  10. U.S. Patent 4500440, 1985.

  11. U.S. Patent 5035819, 1991.

  12. European Patent 470698, 1992.

  13. European Patent 461774, 1991.

  14. U.S. Patent 5021177, 1991.

  15. U.S. Patent 4790948, 1988.

  16. European Patent 284234, 1988.

  17. U.S. Patent 6117941, 2000.

  18. Ondrey, G. and T. Kamiya “Synthetic Rubber is Resilient,” Chem. Eng., 105(12), 30, 1998.

  19. Italiaander, E.T., “The Gas-Phase Process—A New Era in EPR Polymerization and Processing
    Te ch nolog y,” KGK Kautschuk Gummi Kunststoffe, Jahrgang, 48(October), 742–748, 1995.

  20. Hüts, B., “Ethylene-Propylene Rubber,” Hydrocarbon Processing, p. 164, November 1981.

  21. “EPM/EPDM,” Gosei Gomu, 85, 1–9, 1980.

  22. Darribère, C., F.A. Streiff and J.E. Juvet, “Static Devolatilization Plants,” DECHEMA Monographs,
    134, 689–704, 1998.

  23. U.S. Patent 3726843, 1973.

  24. U.S. Patent 4874820, 1989.

  25. U.S. Patent 4804794, 1989.

  26. U.S. Patent 5798420, 1998.

  27. Corbelli, L. and F. Milani, “Recenti Sviluppi Nella Produzione Delle Gomme Sintetiche Etilene-
    Proilene,” L-Industria Della Gomma, 29(5), 28–31, 53–55, 1985.

  28. Young, H.W and S.D. Brignac, “The Effect of Long Chain Branching on EPDM Properties,” Proceedings
    of Special Symp. Advanced Polyolefi n Tech., 54th Southwest Reg. Meeting, American Chemical Society,
    Baton Rouge, LA, 1998.

  29. British Patent 1372381, 1974.

  30. Canadian Patent 991792, 1976.

  31. U.S. Patent 4464493, 1984.

  32. U.S. Patent 4749505, 1988.

  33. U.S. Patent 5290461, 1994.

  34. U.S. Patent 5391617, 1995.

  35. U.S. Patent 5401427, 1995.

  36. U.S. Patent 5837773, 1998.

  37. U.S. Patent 3316177, 1967.

  38. U.S. Patent 3326804, 1967.

  39. U.S. Patent 4743391, 1988.

  40. U.S. Patent 5006608, 1991.

  41. U.S. Patent 4743391, 1988.

  42. U.S. Patent 5006608, 1991.

  43. Carman, C.J. and K.C. Baranwal, “Molecular Structure of Elastomers Determined with Carbon-13
    NMR,” Rubber Chem. Technol., 48, 705–718, 1975.

  44. Carman, C.J., R.A. Harrington and C.E. Wilkes, “Monomer Sequence Distribution in Ethylene-
    Propylene Rubber Measured by^13 C NMR. 3. Use of Reaction Probability Model,” Macromolecules,
    10(3), 536–544, 1977.

  45. Carman, C.J., “Carbon-13 NMR High-Resolution Characterization of Elastomer Systems,” Carbon-13
    NMR in Polymer Science, ACS Symp. Ser., 103, 97–121, 1978.

  46. Wilkes, C.E., C.J. Carman and R.A. Harrington, “Monomer Sequence Distribution in Ethylene–
    Propylene Terpolymers Measured by^13 C Nuclear Magnetic Resonance,” J. Poly. Sci.: Symp. No. 43,
    237–250, 1973.


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