Substrate-independent sulfur-activated dielectric and barrier-layer surfaces to promote the chemisorption of highly polarizable metallorganics - Concepedia

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Substrate-independent sulfur-activated dielectric and barrier-layer surfaces to promote the chemisorption of highly polarizable metallorganics

14

Citations

29

References

2004

Year

Jay J. Senkevich, G.‐R. Yang, Fu Tang, G.-C. Wang, Toh‐Ming Lu, T.S. Cale, Christopher Jezewski, W. A. Lanford

Applied Physics A

Materials ScienceEngineeringSurface ChemistryNanotechnologySurface ScienceSubstrate-independent Sulfur-activated DielectricChemisorptionAdsorptionChemistryBarrier-layer SurfacesSurface ReactivityPolarizable MetallorganicsElectrochemistry

References

	Year	Citations

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