硫系玻璃与石英材料相比,具有高折射率(2.0~3.5)、低声子能量(小于350 cm-1)、宽中远红外透过范围、高非线性折射率和独特的光敏性。近年来硫系玻璃基质的微纳光子器件广受关注。从制备方法、光学特性和实际应用前景等方面回顾了硫系玻璃基质微纳光子器件的研究历程,综述了硫系玻璃基质的微纳光子器件的研究状况,并对其进一步的发展前景进行展望。 Compared with quartz materials, chalcogenide glass has high refractive index (2.0 ~ 3.5), low phonon energy (less than 350 cm-1), wide middle-far infrared transmission range, high nonlinear refractive index and unique photosensitivity. In recent years, chalcogenide glass matrix micro-nano photonic devices have drawn much attention. The research progress of sulfur-based glass-based micro / nano-photonic devices is reviewed from the aspects of preparation method, optical properties and practical application prospects. The research status of micro-nano-photonic devices based on chalcogenide glass substrate is reviewed, and the prospect of its development is also discussed .