Page 660 - Handbook of Thermal Analysis of Construction Materials
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628                                 Chapter 15 - Roofing Materials


                              REFERENCES


                                1. Baker, M. C., Roofs, Design, Application and Maintenance, sponsored by
                                   the Natl. Res. Council of Canada, Polyscience Publ. Ltd., Quebec, Canada
                                   (1980)
                                2. LaValley, A. L., NRCA Market Survey Shows Golden Days of Roofing
                                   are Fading, Professional Roofing, pp. 16–19 (April 1993)
                                3. Good, C., Eyeing the Industry, Professional Roofing, pp. 28–32 (April 2001)
                                4. Feldman D., Polymeric Building Materials, Elsevier Science, New York (1989)
                                5. Gorman, W. B., and Usmani, A. M., Application of Polymer and Asphalt
                                   Chemistries in Roofing, Paper No. 34 presented at the Rubber Division,
                                   American Chemical Society (ACS), Philadelphia, PA (May 2–5, 1995)
                                6. Nadkarnl, V. M., Shenoy, A. V., and Mathew, J., Thermomechanical
                                   Behavior of Modified Asphalts,  Ind. Eng. Prod. Res. Dev. 24:478-484
                                   (1985)
                                7. Rodriguez, I., Dutt, O., Paroli, R. M., and Mailvaganam, N. P., Effect of Heat-
                                   Aging on the Thermal and Mechanical Properties of APP- and SBS-Modified
                                   Bituminous Membranes, Mater. Struct. 26:355–361 (1993)
                                8. Griffin, C. W., Manual of Built-up Roof Systems, pp. 247–275, McGraw-
                                   Hill, New York (1982)
                                9. Dutt, O., Paroli, R. M., Mailvaganam, N. P., and Turenne R. G., Glass
                                   Transitions in Polymeric Roofing Membranes: Determination by Dynamic
                                   Mechanical Analysis, Building a Worldwide Roofing Community: Proc.
                                   1991 Int. Symp. on Roofing Technology, National Roofing Contractors
                                   Association, pp. 495–501 (1991)
                               10. Farlling, M. S., Using Thermal Techniques to Evaluate Durability of
                                   Roofing Membranes, Rubber World (Jan. 1988)
                               11. Pielichowski, J., and Pielichowski, K., Applications of Thermal Analysis
                                   for the Investigation of Polymer Degradation Processes, J. Thermal Analysis,
                                   43:505–508 (1995)
                               12. Judd, M. D., The Use of  Thermo-Analytical Techniques in Materials
                                   Evaluation, Proc. Int. Symp. on Spacecraft Material in Space Environment,
                                   Toulouse, France, jointly organized by CNES, ESA & CERT (June 8–12,
                                   1982)
                               13. González, V., Thermo-Oxidation of Elastomers by Differential Scanning
                                   Calorimetry, Rubber Chem. and Technol., 54:134–145 (1980)
                               14. Sircar, A. K., Galaska, M. L., Rodrigues, S., and Chartoff, R. P., Glass
                                   Transition of Elastomers Using Thermal Analysis Techniques, Rubber
                                   Division Meeting, ACS Louisville, KY (Oct. 1996)
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