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首页> 外文会议>International SAMPE symposium and exhibition >Critical Parameters for Electron Beam Curing of Cationic Epoxies and Property Comparison of Electron Beam Cured Cationic Epoxies Versus Thermal Cured Resins and Composites
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Critical Parameters for Electron Beam Curing of Cationic Epoxies and Property Comparison of Electron Beam Cured Cationic Epoxies Versus Thermal Cured Resins and Composites

机译：阳离子环氧树脂电子束固化的临界参数及电子束固化阳离子环氧树脂与热固化树脂和复合材料的特性比较

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摘要

Electron beam curing of composites is a nonthermal, nonautoclave curing process offering the following advantages compared to conventional thermal curing: substantially reduced manufacturing costs and curing times; improvements in part quality and performance; reduced environmental and health concerns; and improvements in material handling. In 1994 a Cooperative Research and Development Agreement (CRADA), sponsored by the Department of Energy Defense Programs and 10 industrial partners, was established to advance electron beam curing of composites. The CRADA has successfully developed hundreds of new toughened and untoughened resins, offering unlimited formulation and processing flexibility. Several patent applications have been filed for this work.
机译：复合材料的电子束固化是与常规热固化相比的以下优点的非热，非致滤波器固化方法：显着降低了制造成本和固化时间;部分质量和性能的改进;减少环境和健康问题;材料处理的改进。 1994年，由能源防御计划和10个工业伙伴部提出的合作研发协议（CRADA），以推进复合材料的电子束固化。 CRADA成功地开发了数百个新的增韧和不合解的树脂，提供了无限制的配方和加工灵活性。已经为这项工作提交了几个专利申请。

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