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180   Engineering Plastics

        35. Harris, J.E., et al., “Miscible Blends of Polyarylether Ketone and an Imide Containing
           Polymer,” U.S. Patents 5,079,309 and 5,171,796, 1992.
        36. Chun, Y-S., Lee, H., Kim, W., and Oh, T., “Thermal Properties and Morphology of
           Blends of Polyetherimide and Polycarbonate,” Polym. Eng. & Sci., 36(20):2694–2702,
           1996.
        37. Sanner, M., and May, A., “Injection Molding of a High Flow PEI-Polycarbonate Ester
           Blend,” 62nd SPE ANTEC, 2004, pp. 2854–2857.
        38. Gunduz, N., and Gallucci, R., “Glass Filled Polycarbonate Ester-Polyetherimide
           Blends,” 61st SPE ANTEC, 2003, pp. 1842–1864.
        39. Lee, J. H., Lee, S-G, Choi, K-Y, and Liu, J., “Crystallization and Melting Behavior of
           Nylon 6,6/ Polyetherimide Blends,” Polym. J., 30(7):531–537, 1998.
        40. Choi, K-Y, Lee, S-G, and Lee, J. H., “Morphology and Dynamic Mechanical Properties
           of Nylon 6,6/ Polyetherimide Blends,” Polym. Eng. Sci., 35(20):1643–1651, 1995.
        41. Sepe, M. P., “The Effects of  Adsorbed Moisture on Elevated Temperature
           Properties of Polyetherimides,” Society of Plastics Engineers 62nd SPE ANTEC,
           2004, pp. 2236–2240.
        42. Pike, R. A., Pinto, J. P., and Brunett, C. M., “Moisture Effects in a Polyetherimide—
           Ultem,” Society of Plastics Engineers, 2d International Conference on Polyimides,
           Recent Advances in Polyimide Technology, 1985, pp. 92–101.
        43. Merdas, I., Thominette, F., and Verdu, J., “Humid Aging of Polyetherimide. I. Water
           Sorption Characteristics,” J. Applied Polym. Sci., 77:1439–1444, 2000.
        44. Cella, J. A., “Degradation and Stability of Polyimides,” Polym. Degradation and
           Stability, 36(2):99–110, 1992.
        45. Perng, L. H., “Thermal Degradation Mechanism of Polyetherimide by Stepwise
           Py-GC/MS,” J. Applied Polym. Sci., 79:1151–1161, 2001.
        46. Torre, L., and Kenny, J. M., “Thermal Degradation Kinetics of Polyetherimide,” Society
           of Plastics Engineers 55th SPE ANTEC, 1997, pp. 1728–1732.
        47. Bohringer, B., Schilo, D., Birkenfeld W., and Odenthal, W., “New Filaments and Fiber
           of Polyetherimide,” Chemiefaserm/Textilindustrie (CTI), 41/93:T12–T16, 1991.
        48. Song, S. S., White, J. L., and Cakmak, M., “Melt Spinning of Polyetherimide and
           Polyarylate Fiber,” 48th SPE ANTEC, 1990, pp. 1657–1661.
        49. Modern Plastics, January 2001, pp. 45–47.
        50. Krutchen, C. M., and Wu, W-P, Low-density foams, U.S. Patents 4,594,208 (1986),
           4,535,100 (1985), 4,532,263 (1985), and 4,532,094 (1985).
        51. Niznik, G. E., High-density foams, U.S. Patents 4,163,037 (1979) and 4,097,425 (1978).
        52. Bloomfield, R., Crossman, D., and Raeissi, A., “Using Polyetherimide Thermoplastic
           for Forward Lighting Complex Reflectors,” Society of Automotive Engineers, Paper no.
           1999-01-1213.
        53. Porta, G. M., Foust, D. F., Burrell, M. C., and Karas, B. R., “Vacuum Metallization of
           Polyetherimide: Interfacial Chemistry and Adhesion,” Polym. Eng. & Sci., 32(15):
           1021–1027, 1992.
        54. Johnson, R. O., and Jafry, S., “Ultem Polyetherimide Resin for the Medical
           Industry,” Medical Design and Manufacturing Conference Proceedings II, June 2, 1998,
           pp. 203–33 to 203–37.
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