CAJ | 학술논문

光限幅材料能够保护精密的光学元件和人眼被激光损伤，这种材料已经越来越多地受到科学家的关注。近年来，各种各样的具有光限幅效应的材料已经被广泛应用于科研领域及人们的日常生活实践中，如无机纳米粒子、有机金属配合物、有机小分子、高聚物以及新型碳类材料等。本文主要对近期较受关注的具有较好光限幅性质的材料，及其作用机理和研究进展进行了探讨，并对未来可能出现的新材料进行了展望。
광한폭재료능구보호정밀적광학원건화인안피격광손상，저충재료이경월래월다지수도과학가적관주。근년래，각충각양적구유광한폭효응적재료이경피엄범응용우과연영역급인문적일상생활실천중，여무궤납미입자、유궤금속배합물、유궤소분자、고취물이급신형탄류재료등。본문주요대근기교수관주적구유교호광한폭성질적재료，급기작용궤리화연구진전진행료탐토，병대미래가능출현적신재료진행료전망。
Optical limiting materials have attracted ever-growing interest as they can protect optical devices and human eyes from being damaged by strong laser beams. In recent years, various optical limiting materials, such as inorganic nanoparticles, organic metals complexes, small organic molecules, polymers and novel carbon nanomaterials, etc., have found wide use in both scientific research and everyday life. This paper reviewed the main working mechanisms of optical limiting materials and their most recent development and provided useful insights into the new trends in this field.