高分子辐射化学是随着原子能和平利用事业的开展以及高分子科学与工业的进展而发展起来的一门新兴学科。在最近十年来,这门学科在整个辐射化学与高分子化学领域中进展得特别迅速,取得了显著的成就,提出了在理论上与实际上重大的与基本的问题。同时,这门学科的发展,还对其他近邻的学科与领域起了推动与促进作用,例如,促使停滞已久的光化学得到新生,推动固体(特别是催化剂与半导体)辐射化学以及辐射电磁化学进一步开展,促进 Polymer radiation chemistry is a new discipline developed along with the peaceful utilization of atomic energy and advances in polymer science and industry. In the last ten years, the discipline has progressed particularly rapidly throughout the fields of radiation chemistry and polymer chemistry with remarkable achievements, putting forward both theoretically and practically significant and fundamental issues. At the same time, the development of this discipline has also promoted and facilitated the disciplines and fields of other immediate neighbors. For example, the promotion of a long-standing photochemistry to new life and the promotion of radiation chemistry and radiation electromagnetic chemistry of solids (especially catalysts and semiconductors) To carry out, promote