Researcher interests: Porous silicon as an extraordinary matrix for enhanced photochemistry and as a novel solar cell. Plasmon enhanced surface-photochemistry. Novel deposition methods of nanometer size metallic clusters on oxide surfaces as model catalysts. Understanding subs
FACULTY / SCHOOL: Faculty of Science
DEPARTMENT: The Institute of Chemistry
Selected Publications
acetylene reactivity on pd cu nanoparticles supported on thin silica films the role of the underlying substrate (2019)|
Journal of Physical Chemistry C|
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oxygen as an electron scavenger its role in electron induced activation of coadsorbed methane embedded in amorphous solid water (2019)|
Journal of Physical Chemistry C|
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local isolation of high voltage photovoltaic cells using buried layers of oxidized porous silicon (2019)|
IEEE Journal of Photovoltaics|
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effect of coadsorbed oxygen on the photochemistry of methane embedded in amorphous solid water (2018)|
Journal of Physical Chemistry C|
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collision induced desorption of large molecules from surfaces trimethylamine removal from ru 0001 (2018)|
Topics in Catalysis|
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temperature effect on transport charging and binding of low energy electrons interacting with amorphous solid water films (2018)|
Journal of Physical Chemistry C|
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buffer layer assisted chemistry over amorphous solid water oxide thin film or metallic nanoparticles formation (2018)|
Langmuir|
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cspbbr3 and ch3nh3pbbr3 promote visible light photo reactivity (2018)|
Physical Chemistry Chemical Physics|
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buffer layer assisted growth of ag nanoparticles in titania thin films (2015)|
Journal of Physical Chemistry C|
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enhanced photochemistry of ethyl chloride on ag nanoparticles (2015)|
Nano Letters|
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