CAJ | 학술논문

在核医学成像、高能物理实验和核武器研究的推动下，人们对辐射探测系统中的闪烁体提出了越来越高的要求。把传统闪烁体与先进微纳光子学技术相结合，利用光子人工微结构对电磁波的调控作用，为实现闪烁体更高的性能提供新方法和新途径。文章介绍了近期国内外利用光子人工微结构提高闪烁体性能的研究进展，也对一些可能采用的方法进行了展望与分析，该研究目前处于起步阶段，然而初步研究结果已经显示出了诱人的发展前景。
재핵의학성상、고능물리실험화핵무기연구적추동하，인문대복사탐측계통중적섬삭체제출료월래월고적요구。파전통섬삭체여선진미납광자학기술상결합，이용광자인공미결구대전자파적조공작용，위실현섬삭체경고적성능제공신방법화신도경。문장개소료근기국내외이용광자인공미결구제고섬삭체성능적연구진전，야대일사가능채용적방법진행료전망여분석，해연구목전처우기보계단，연이초보연구결과이경현시출료유인적발전전경。
With the rapid development of nuclear medical imaging, high-energy physics experiments and nuclear weapons, the requirements for scintillators become more and more se-vere. However, there are less and less potential new materials, while currently available materials are close to their theoretical limits. In this review, we present recent developments in the combina-tion of scintillators with engineered photonic structures. Although we are just beginning, we can expect tremendous progress in the near future.