Speaker
Description
The aim of this study is to develop and investigate the characteristics of a liquid scintillator (LS) using a perovskite quantum dot structure. To date, there have been no specific examples of using perovskite structures for particle detectors in high-energy or nuclear physics. So this study aims to develop a new form of next-generation liquid scintillator that has not been researched before. Most syntheses of perovskite, including in solid-state physics experiments,are conducted under high-pressure, high-temperature, and vacuum conditions using expensive equipment. However, the approach pursued in this study does not require any special facilities, as the synthesis is carried out at atmospheric pressure and room temperature in open air. The physical and optical properties of the synthesized perovskite-based liquid scintillator were investigated.
