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原子能工业,人造卫星,核武器的发展,都需要耐辐照高分子材料,而现有高分子材料还不能满足这方面的要求,因而开发新的耐辐照高分子材料是当今高分子辐射化学中值得研究的重要课题。高分子材料的耐辐照性是指高分子材料的原有功能性,经高能射线辐照而不失去的性质,这种性质希望耐辐照剂量越大越好。关于耐辐照高分子材料的论述,前人已有专著发表近年来,我们也评述了高分子材料的辐照效应,高分子材料的辐照稳定性、耐辐照性及其应用。但综观国内外的报道,有两个重要问题还未给
Atomic energy industry, artificial satellite and nuclear weapon development all need irradiation-resistant macromolecular materials, and the existing macromolecular materials can not meet the requirements in this respect. Therefore, the development of new radiation-resistant macromolecule materials is nowadays polymeric radiation chemistry It is worth studying the important topic. Radiation resistance of polymer materials refers to the original functionality of polymer materials, the high-energy radiation without losing the nature of the radiation, the nature of the radiation dose that the larger the better. On the radiation-resistant polymer materials discussed, the previous monograph has been published in recent years, we also reviewed the irradiation effect of polymer materials, polymer materials, radiation stability, radiation resistance and its application. However, there are two important issues that have not been given a comprehensive review of the reports at home and abroad