Publications by authors named "Al-Ghzaiwat Mutaz"
Article Synopsis
- The study explores using hydrogen plasma to reduce fluorine doped tin oxide, creating tin nanodroplets essential for growing silicon nanowires in solar technology.
- An innovative optical model is introduced to monitor the formation of these droplets on a soda-lime glass substrate, aligning with spectroscopic data during the reduction process.
- The research emphasizes the importance of real-time monitoring in the fabrication process for developing nanowires and radial junction devices.
In this work, we introduce the demonstration of 5 × 5 cm mini-modules based on radial junction silicon nanowire (RJ SiNW) devices grown by plasma-assisted vapor-liquid-solid (VLS) technique. The mini-modules are obtained thanks to an industrial laser scribing technique. The electrical parameters have been highlighted to address the performance of these devices and perspectives towards competitive RJ SiNW solar modules.
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