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Andrew B. Bocarsly

1980- Chemistry Princeton University, Princeton, NJ 
electrochemistry, fuel cells
"Andrew Bocarsly"
Mean distance: 7.41


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Mark S. Wrighton grad student 1980 MIT
 (Charge transfer processes at stabilized semiconductor-electrolyte interfaces : A. effects of high intensity irradiation on photoelectrochemical cells for the elctrolysis of water. B. the nature of the chemically derivatized Si interface)


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Anna Wuttig research assistant Princeton
Michael H. Schmidt research assistant 1983-1984
James Shee research assistant 2011-2011 Princeton
Paul Majsztrik grad student
Brian Humphrey grad student 1980-1984 Montclair State
Brian W. Pfennig grad student 1988-1992 Ursinus College
Michael T. Kelly grad student 1993-1997 Princeton
Jennifer L. Willson grad student 2001 Princeton
David F. Watson grad student 1997-2001 SUNY Buffalo
Rahul S. Deshpande grad student 2003 Princeton
Shu Zhu grad student 2003 Princeton
Carolyn J. Mordas grad student 2005 Princeton
Brent W. Kirby grad student 2008 Princeton
Christine M. Burgess grad student 2009 Princeton
Emily B. Cole grad student 2009 Princeton
Kate A. Keets grad student 2011 Princeton
Meghan E. Lieb grad student 2011 Princeton
Ellazar V. Niangar grad student 2011 Princeton
Amanda M. Tricarico grad student 2011 Princeton
Elizabeth L. Zeitler grad student 2014 Princeton
Travis William Shaw grad student 2010-2015 Princeton
Ivy C. Fortmeyer grad student 2011-2016 Princeton
Georgia Arbuckle Keil post-doc Rutgers University - Camden
Yong Yan post-doc
Amanda J. Morris post-doc 2009-2011 Princeton


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Jay B. Benziger collaborator
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Kuo HY, Tignor SE, Lee TS, et al. (2019) Reduction-induced CO dissociation by a [Mn(bpy)(CO)][SbF] complex and its relevance in electrocatalytic CO reduction. Dalton Transactions (Cambridge, England : 2003)
Tignor SE, Shaw TW, Bocarsly AB. (2019) Elucidating the origins of enhanced CO reduction in manganese electrocatalysts bearing pendant hydrogen-bond donors. Dalton Transactions (Cambridge, England : 2003)
Paris AR, Bocarsly AB. (2019) Mechanistic insights into C2 and C3 product generation using NiAl and NiGa electrocatalysts for CO reduction. Faraday Discussions
Paris AR, Bocarsly AB. (2019) High-Efficiency Conversion of CO2 to Oxalate in Water Is Possible Using a Cr-Ga Oxide Electrocatalyst Acs Catalysis. 9: 2324-2333
Kuo HY, Lee TS, Chu AT, et al. (2018) A cyanide-bridged di-manganese carbonyl complex that photochemically reduces CO to CO. Dalton Transactions (Cambridge, England : 2003)
Tignor SE, Kuo H, Lee TS, et al. (2018) Manganese-Based Catalysts with Varying Ligand Substituents for the Electrochemical Reduction of CO2 to CO Organometallics. 38: 1292-1299
Ni D, Kuo H, Park JE, et al. (2018) Improved H2 Evolution in Quaternary SCIGS Chalcopyrite Semiconductors The Journal of Physical Chemistry C. 122: 24512-24519
Park JE, Hu Y, Krizan JW, et al. (2018) Stable Hydrogen Evolution from an AgRhO2 Photocathode under Visible Light Chemistry of Materials. 30: 2574-2582
Paris AR, Bocarsly AB. (2017) Ni–Al Films on Glassy Carbon Electrodes Generate an Array of Oxygenated Organics from CO2 Acs Catalysis. 7: 6815-6820
Pander JE, Baruch MF, Bocarsly AB. (2016) Probing the Mechanism of Aqueous CO2 Reduction on Post-Transition-Metal Electrodes using ATR-IR Spectroelectrochemistry Acs Catalysis. 6: 7824-7833
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