原子核物理评论
原子覈物理評論
원자핵물리평론
Nuclear Physics Review
2000年
4期
243-247
,共5页
辐射固化%紫外光固化%电子束固化%机理
輻射固化%紫外光固化%電子束固化%機理
복사고화%자외광고화%전자속고화%궤리
radiation curing%UV curing%EB curing%mechanism
概述了辐射固化新技术的发展过程，简述了紫外光固化和电子束固化机理、所需设备和涂层的原材料．与常规固化方法比较，辐射固化具有低能耗、高效率和无污染的优点，是面向21世纪的绿色工业的新技术．
概述瞭輻射固化新技術的髮展過程，簡述瞭紫外光固化和電子束固化機理、所需設備和塗層的原材料．與常規固化方法比較，輻射固化具有低能耗、高效率和無汙染的優點，是麵嚮21世紀的綠色工業的新技術．
개술료복사고화신기술적발전과정，간술료자외광고화화전자속고화궤리、소수설비화도층적원재료．여상규고화방법비교，복사고화구유저능모、고효솔화무오염적우점，시면향21세기적록색공업적신기술．
The development of radiation curing was simply reviewed and the mechanism of UV curing and EB curing, the equipment and materials used in the radiation curing were also introduced. Compared with ordinary curing, the radiation curing has advantages of energy saving, high effectiveness and little pollution. It is a new technology of green industries facing the 21st century.
