CAJ | 학술논문

新型光学材料研究是环境分析中重要的研究课题和发展方向。金属纳米簇( Metal NCs )一般由101~102个金属原子构成，近年来备受关注。由于其超小的粒径、强荧光发射、低毒性、良好的稳定性以及独特的核壳结构，金属纳米簇已成为构建荧光传感平台的新型纳米材料。本文综述了近年来金属纳米簇在环境分析中的应用研究进展，主要包括pH值、重金属离子、无机阴离子和硝基苯类爆炸物等物质的检测情况。
신형광학재료연구시배경분석중중요적연구과제화발전방향。금속납미족( Metal NCs )일반유101~102개금속원자구성，근년래비수관주。유우기초소적립경、강형광발사、저독성、량호적은정성이급독특적핵각결구，금속납미족이성위구건형광전감평태적신형납미재료。본문종술료근년래금속납미족재배경분석중적응용연구진전，주요포괄pH치、중금속리자、무궤음리자화초기분류폭작물등물질적검측정황。
Novel optical materials are crucial for environmental monitoring. Metal nanoclusters ( metal NCs) , typically consisting of several to tens of metal atoms, have attracted more and more attention for recent years. Due to their ultrasmall size, strong fluorescence, low toxicity, excellent stability and unique core-shell structure, metal NCs have been considered as promising optical materials for the construction of excellent fluorescent sensors. In this review, we mainly focus on the recent progress in their applications in environmental monitoring, including the detection of pH, heavy metal ions, inorganic anions and nitroaromatic explosives.