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Wafer-Scale Si-Based Metal−Insulator−Semiconductor Photoanodes for Water Oxidation Fabricated Using Thin Film Reactions and Multiple-layer Electrodeposited Catalysts
Wafer-Scale Si-Based Metal−Insulator−Semiconductor Photoanodes for Water Oxidation Fabricated Using Thin Film Reactions and Multiple-layer Electrodeposited Catalysts
May 6, 2024
Yu, Edward, 2024, "Wafer-Scale Si-Based Metal−Insulator−Semiconductor Photoanodes for Water Oxidation Fabricated Using Thin Film Reactions and Multiple-layer Electrodeposited Catalysts", https://doi.org/10.18738/T8/K7B0P2, Texas Data Repository, V1
Solar-driven photoelectrochemical (PEC) water splitting offers a promising and environmentally friendly route for the conversion of renewable solar energy to hydrogen gas. A crystalline Si absorber is especially attractive due to its moderate bandgap, high charge mobility, long c...
Elucidating Piezoelectricity and Strain in Monolayer MoS2 at the Nanoscale Using Kelvin Probe Force Microscopy
May 6, 2024
Yu, Edward, 2024, "Elucidating Piezoelectricity and Strain in Monolayer MoS2 at the Nanoscale Using Kelvin Probe Force Microscopy", https://doi.org/10.18738/T8/Q30JTY, Texas Data Repository, V1
Strain engineering modifies the optical and electronic properties of atomically thin transition metal dichalcogenides. Highly inhomogeneous strain distributions in twodimensional materials can be easily realized, enabling control of properties on the nanoscale; however, methods f...
Massively Scalable Self-Assembly of Nano and Microparticle Monolayers via Aerosol Assisted Deposition
May 6, 2024
Yu, Edward, 2024, "Massively Scalable Self-Assembly of Nano and Microparticle Monolayers via Aerosol Assisted Deposition", https://doi.org/10.18738/T8/2VC47D, Texas Data Repository, V1
An extremely rapid process for self-assembling well-ordered, nano, and microparticle monolayers via a novel aerosolized method is presented. The novel technique can reach monolayer self-assembly rates as high as 268 cm2 min−1 from a single aerosolizing source and methods to reach...
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