 | Experimental Testing Ultimate Refinement from Data to Product |
 | Deep Academic Cultivation Original Innovation from Theory to Technology |
| No. | Read More | Thesis Name | Abstract |
| 1 |  | Investigation of MBE grown high Al concentration AlGaN ohmic contact | Achieving low resistance ohmic connections is one of the significant factors in improving the performance of optoelectric and semiconductor devices. In this work, we examined the decrease in specific contact resistance (ρc) after high-temperature annealing and vanadium thickness variation on an n-type AlGaN epitaxial layer with a high aluminum concentration (75%). |
| 2 |  | Size Dependence of Ultrafast Electron Transfer from Didodecyl Dimethylammonium Bromide-Modified CsPbBr3 Nanocrystals to Electron Acceptors | Charge transfer efficiencies in all-inorganic lead halide perovskite nanocrystals (NCs) are crucial for applications in photovoltaics and photocatalysis. Our findings provide new insights into ultrafast charge transfer behaviors in perovskite NCs, which is important for designing efficient light energy conversion devices. |
| 3 |  | Study of UV-C LED Technology on In-door Air Disinfection: An Effective Mercury-free and Ozone-free Method to Irradicate Airborne Microorganisms | This study investigated the disinfection effectiveness of a UVC LED based technology on indoor air disinfection in both lab environment and office environment. It has demonstrated great potential of UV-C LED technology on airborne infection control and prevention. |
| 4 |  | Development of Deep Ultraviolet LED Packaging | In recent years, with the continuous progress of deep packaging technology, the optical efficiency and reliability of deep UV LEDs have been significantly improved. This paper summarizes the key technologies of deep-ultraviolet packaging, the performance of deep-ultraviolet LEDs and the application of deep-ultraviolet LEDs; through the understanding of the packaging materials, packaging structure, packaging process and so on to improve the performance of deep-ultraviolet LEDs, so that it is better to apply to the market, which can be seen that the deep- ultraviolet LEDs have a great prospect for development. |
| 5 |  | Application of UVC-LED technology in surface disinfection cabinets for small medical devices | The spread of infectious diseases within hospitals is notably exacerbated by cross-contamination through small medical devices such as mobile phones, blood pressure monitors, and glucose meters. However, current disinfection equipment has significant limitations: it is not only difficult to adapt to medical devices of various sizes, but also incapable of subjecting delicate electronic equipment to high-temperature disinfection processes. This situation severely hampers the effective implementation of infection prevention and control measures in hospitals. This study addresses the aforementioned challenges by designing a surface disinfection cabinet for small medical devices, utilizing UV-C LED technology as its core component ....... |
