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Joe Asercion
Joe Asercion
Chemistry Graduate Student, George Washington University
Verified email at gwmail.gwu.edu
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Cited by
Cited by
Year
STEP cement: solar thermal electrochemical production of CaO without CO 2 emission
S Licht, H Wu, C Hettige, B Wang, J Asercion, J Lau, J Stuart
Chemical Communications 48 (48), 6019-6021, 2012
1042012
Nanoparticle facilitated charge transfer and voltage of a high capacity VB2 anode
S Licht, S Ghosh, B Wang, D Jiang, J Asercion, H Bergmann
Electrochemical and Solid-State Letters 14 (6), A83, 2011
272011
An 11 electron redox couple for anodic charge storage: VB2
S Licht, S Ghosh, B Wang, J Dianlu, C Hettige, J Lau, J Asercion
ECS Transactions 35 (33), 21, 2011
72011
Solar thermal electrochemical production of energetic molecules: efficient STEP solar water splitting, carbon capture, and solar metals, fuel and bleach production
S Licht, H Wu, J Lau, B Wang, C Hettige, H Bergmann, J Asercion
ECS Transactions 41 (33), 191, 2012
42012
Nano Facilitated Charge Transfer for an 11 Electron Redox Couple for Anodic Charge Storage: VB2
S Licht, J Lau, C Hettige, H Wu, B Wang, J Asercion, U Cubeta, J Stuart
ECS Transactions 41 (31), 55, 2012
2012
Solar Thermal Electrochemical Production of Energetic Molecules: Efficient STEP Solar Water Splitting, Carbon Capture, and Solar Metals, Fuel and Bleach Production
S Licht, H Wu, J Lau, B Wang, C Hettige, H Bergmann, J Asercion
ECS Meeting Abstracts, 1540, 2011
2011
Nano Facilitated Charge Transfer for an 11 Electron Redox Couple for Anodic Charge Storage: VB2
C Hettige, J Lau, J Asercion, H Wu, B Wang, S Licht
ECS Meeting Abstracts, 195, 2011
2011
An 11 Electron Redox Couple for Anodic Charge Storage: VB2
C Hettige, J Asercion, J Fink, H Ayub, Z Zhang, H Wu, S Licht
ECS Meeting Abstracts, 421, 2011
2011
STEP Cement: Solar Thermal Electrochemical Production of CaO
S Licht, H Wu, C Hettige, B Wang, J Asercion, J Lau, J Stuarta
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