by Riko Seibo
Tokyo, Japan (SPX) Nov 12, 2025
Researchers at CSIR-Nationwide Bodily Laboratory and IIT Madras have fabricated MoS2-coated GaN nanorods on tungsten foil to enhance the photoelectrochemical effectivity of water splitting. Gallium nitride nanorods, valued for electron mobility and stability, face limitations from their large bandgap limiting photo voltaic absorption. To handle this, the workforce built-in molybdenum disulfide – a catalytic materials – onto the nanorods.
MoS2/GaN nanorods demonstrated a photocurrent density of about 172 microamperes per sq. centimeter, outperforming naked GaN nanorods by an element of two.5. This enchancment was linked to Sort II band alignment, which reinforces cost separation, decreases cost switch resistance, and will increase lively websites.
The heterostructures have been developed utilizing atmospheric strain chemical vapor deposition and laser molecular beam epitaxy. Supplies evaluation utilizing Raman spectroscopy, X-ray diffraction, and X-ray photoelectron spectroscopy confirmed hexagonal phases and mapped digital states.
These findings recommend that MoS2 integration with GaN nanorods offers a pathway to advance solar-driven hydrogen manufacturing know-how. The mission obtained assist from CSIR-FIRST and SAMMARTH. Future work will deal with scaling the strategy for industrial utility.
Analysis Report:Tailoring GaN nanorods with MoS2 on tungsten foil for enhanced photoelectrochemical performance
Associated Hyperlinks
Shanghai Jiao Tong University Journal Center
All About Solar Energy at SolarDaily.com
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