To achieve real-time and high-sensitive humidity sensing,a universal method was developed to allow arbitrary nanocrystals to be attached to the end of an optical fiber,further producing an effective interference spect...To achieve real-time and high-sensitive humidity sensing,a universal method was developed to allow arbitrary nanocrystals to be attached to the end of an optical fiber,further producing an effective interference spectrum.To validate this approach,four classical metal-organic framework(MOF) materials(ZIF-8,UiO-66,HKUST-1,MIL-101) are connected to the end of a single-mode optical fiber by this connection method to form humidity sensors.展开更多
基金financially supported by Hainan Province Science and Technology Special Fund (No. ZDYF2022S HFZ090)the National Natural Science Foundation of China (Nos.22061014,62175054 and 61865005)+1 种基金Hainan University start-up fund (No.KYQ(ZR)1806)the Open Project Program of Wuhan National Laboratory for Optoelectronics (No.2020WNLOKF001)。
文摘To achieve real-time and high-sensitive humidity sensing,a universal method was developed to allow arbitrary nanocrystals to be attached to the end of an optical fiber,further producing an effective interference spectrum.To validate this approach,four classical metal-organic framework(MOF) materials(ZIF-8,UiO-66,HKUST-1,MIL-101) are connected to the end of a single-mode optical fiber by this connection method to form humidity sensors.
