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0342791999
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Mang, M.N.1
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36
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0342356946
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note
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End-capped polymer 3a and other poly(hydroxyaminoethers) degrade and often crosslink when maintained at over 230°C by a mechanism that involves reactions along the polymer backbone; this behavior can be mitigated during melt processing of 3 with a proprietary stabilizer package.
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39
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0000077371
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c) R. J. Blackwell, T. C. McLeish, O. G. Harlen, J. Rheol. 2000, 44, 121.
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0343662196
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unreported results
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A. P. Haag, unreported results.
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Haag, A.P.1
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43
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0342791994
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note
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Note that reactions of dicarboxylic acids with ADGE are an exception, since these transformations are accompanied by branching via intermolecular transesterification. For a complete discussion of the mechanistic aspects of polymerizations of ADGE with a variety of dinucleophilic monomers, see reference [6].
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45
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0342356945
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note
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Polymers 19 were prepared and characterized by W. B. Marshall, to whom the authors are indebted.
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46
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0343662194
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US Patent 5 731 094, 1998
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47
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0343226536
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note
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In practical terms, polymer 3a, which appears to be notch sensitive, can be tougher than its notched Izod value suggests; in Dynatup tests, injection-molded, high-molecular-weight 3a requires over 80 ft-lb of energy for complete penetration and undergoes ductile failure.
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49
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0342791993
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note
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While polymer 3a should not be extruded above 230°C, the polymer tolerates short exposure (1-7 s) to somewhat higher temperatures in conventional coextrusion dies.
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0029522014
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0342791991
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Willet, J.L.1
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52
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0343226535
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US Patent 5 814 373, 1998
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J. E. White, H. C. Silvis, S. E. Bales, M. N. Mang, M. N. Inbasekaren, US Patent 5 814 373, 1998.
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White, J.E.1
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