Crystal-Face Dependence and Photoetching-Induced Increases of Dye-Sensitized Photocurrents at Single-Crystal Rutile TiO2 Surfaces
Dye-sensitized photocurrents at (100)-,(001)-, and (110)-cut TiO2 rutile surfaces were
increased by photoetching of TiO2, but the increasing ratio strongly depended on the cut …
increased by photoetching of TiO2, but the increasing ratio strongly depended on the cut …
AFM analysis for initial stage of electroless displacement deposition of silver on silicon surface
T Ego, T Hagihara, Y Morii, N Fukumuro, S Yae… - ECS …, 2013 - iopscience.iop.org
We deposit fine metal particles on silicon (Si) by a displacement reaction, which is the
immersion of Si wafers into a metal-salt solution containing hydrofluoric acid, that consists of …
immersion of Si wafers into a metal-salt solution containing hydrofluoric acid, that consists of …
Negative shifts in the flatband potential by adsorption of iodide ions on surface-alkylated and Pt nanodotted n-Si (111) electrodes for improvement of solar cell …
S Takabayashi, N Kato, Y Nakato - Journal of the Electrochemical …, 2006 - iopscience.iop.org
The flatband potential and solar cell characteristics for surface-alkylated and Pt nanodotted
n-Si (111) electrodes have been studied in redox electrolytes using various alkyls as the …
n-Si (111) electrodes have been studied in redox electrolytes using various alkyls as the …
The n-Si (111): H surface in contact with an aqueous electrolyte: surface states, electrochemical charge transfer, and nanoscale structuring
SBL Jakob - 2013 - mediatum.ub.tum.de
H-terminated n-Si (111): H surfaces in contact with an aqueous electrolyte exhibit
electronically active states, due to hydrogen interdiffused in the n-Si (111): H subsurface …
electronically active states, due to hydrogen interdiffused in the n-Si (111): H subsurface …
Temperature Dependence of Competitive Reaction of Iodine Ions on H-Terminated Si (111) Surface in a Concentrated HI Solution
A Imanishi, T Hayashi, K Amemiya… - The Journal of …, 2008 - ACS Publications
The surface reactions of iodine ions on nearly atomically flat, H-terminated Si (111) surfaces,
when immersed in 7.6 M HI in a temperature range of− 20 to 63° C, were investigated by …
when immersed in 7.6 M HI in a temperature range of− 20 to 63° C, were investigated by …
[PDF][PDF] Photoelectrochemical solar energy conversion with metal nano-dotted and surface-alkylated n-type silicon (n-Si) electrodes
鷹林将， タカバヤシススム - 2005 - ir.library.osaka-u.ac.jp
The main target in recent studies on solar energy conversion is to realize a high-efficiency
and low-cost solar conversion system in the form of either solar cells or solar water splitting …
and low-cost solar conversion system in the form of either solar cells or solar water splitting …
[引用][C] Control of the Formation Dynamics of Nano-Clusters of Iodine Compounds on an H-Terminated Si (111) Surface in a Concentrated HI Solution
A Imanishi, T Hayashi, Y Nakato