当材料进入纳米尺度范围时，它们将会具有量子尺寸效应、小尺寸效应、表面效

When materials enter the nano-scale range, they will have the characteristics of quantum size effect, small size effect, surface effect and quantum tunneling effect, thus exhibiting physical and chemical properties that are very different from ordinary bulk materials, which are quantum dots. The special structure of quantum dots makes it have surface effects, quantum size effects, dielectric confinement effects and macroscopic quantum tunneling effects. It exhibits many physical and chemical properties and special optical properties that are different from macroscopic bulk materials, making it It has great application prospects in many fields such as display, medicine, and solar cells. Based on literature analysis, this article summarizes the research background, preparation methods and application status of colloidal quantum dot devices. On the basis of clarifying the specific technical indicators and application fields of colloidal quantum dot devices, it provides a reference for the further development and application of colloidal quantum dot devices. material.

When materials enter the nanoscale range, they will have characteristics such as quantum size effect, small size effect, surface effect and quantum tunnel effect, thus showing very different physical and chemical properties from ordinary block materials, which is quantum dot. The special structure of quantum dot makes it have surface effect, quantum size effect, dielecter limit domain effect and macro quantum tunnel effect, which shows many different physical and chemical properties and special optical properties of macro block materials, which make it have great application prospects in many fields such as display, medicine and solar cells. Through literature analysis, this paper summarizes the research background, preparation method and application status of collosome quantum dot devices, and provides reference material for the further development and application of collome quantum dot devices on the basis of clarifying the specific technical indicators and application areas of collome quantum dot devices.

When materials enter the nanoscale range, they will have the characteristics of quantum size effect, small size effect, surface effect and quantum tunneling effect, thus showing the physical and chemical properties that are quite different from ordinary bulk materials, which is called quantum dots. The special structure of quantum dots makes them have surface effect, quantum size effect, dielectric confinement effect and macroscopic quantum tunneling effect. They show many physical and chemical properties and special optical properties different from macroscopic bulk materials, which make them have great application prospects in many fields such as display, medicine, solar energy cells and so on. Through literature analysis, this paper summarizes the research background, preparation methods and application status of colloidal quantum dot devices. On the basis of clarifying the specific technical indicators and application fields of colloidal quantum dot devices, it provides reference materials for the further development and application of colloidal quantum dot devices.<br>