Publications by authors named "Junzhe Wei"
Article Synopsis
- Back contact silicon solar cells eliminate grid lines, enhancing their aesthetic for use in buildings, vehicles, and aircrafts while allowing for self-power generation.
- New laser techniques improve the production process, achieving the first silicon solar cell with over 27% efficiency by using hydrogenated amorphous silicon for surface passivation and implementing a unique dense passivating contact.
- The approach significantly reduces processing time and includes the development of indium-less cells at 26.5% efficiency and silver-free cells at 26.2%, supporting the growing demand for solar technology in various applications.
DNA strand breaks can lead to cell carcinogenesis or cell death if not repaired rapidly and efficiently. An online live cell imaging system was established at the high energy microbeam facility at the Institute of Modern Physics to study early and fast cellular response to DNA damage after high linear energy transfer ion radiation. The HT1080 cells expressing XRCC1-RFP were irradiated with single high energy nickel ions, and time-lapse images of the irradiated cells were obtained online.
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