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首页> 外文期刊>Journal of Applied Polymer Science >MODELING OF UNSATURATED POLYESTER PREPOLYMER STRUCTURES .2. HYDROXYL AND CARBOXYL FUNCTIONALITIES
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MODELING OF UNSATURATED POLYESTER PREPOLYMER STRUCTURES .2. HYDROXYL AND CARBOXYL FUNCTIONALITIES

机译:非饱和聚酯预聚物结构的建模.2。羟基和羧基功能

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摘要

Based on the structural model being derived in Part I, a statistics approach has been used to further estimate separately carboxyl and hydroxyl functionalities of unsaturated polyester (UP) prepolymers directly from their molecular parameters. This extended model shows satisfactory results when comparing with experimental results of hydroxyl functionality. The influence of molecular parameters, such as hydroxyl and carboxyl indexes, Ordelt saturation extent, and molecular mass polydispersity, on the carboxyl and hydroxyl functionalities is discussed. Examples showing the important impact of synthesis deviation on the hydroxyl and carboxyl functionalities, by model estimation, and, finally, on the SMC thickening are also discussed. (C) 1997 John Wiley & Sons, Inc. [References: 11]
机译:基于在第一部分中得出的结构模型,统计方法已被用于进一步直接从其分子参数分别估计不饱和聚酯(UP)预聚物的羧基和羟基官能度。与羟基官能度的实验结果相比,该扩展模型显示出令人满意的结果。讨论了诸如羟基和羧基指数,Ordelt饱和程度和分子质量多分散性等分子参数对羧基和羟基官能度的影响。还讨论了通过模型估算显示合成偏差对羟基和羧基官能度的重要影响以及最终对SMC增稠的影响的实例。 (C)1997 John Wiley&Sons,Inc. [参考:11]

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