Fundamental Study on Photocatalysis

Tuesday, 15 May 2018: 08:15-12:25
Room 612 (Washington State Convention Center)
Chairs:
Frank E. Osterloh and Lionel Vayssieres
08:15
1855
(Invited) Integrating Ab-Initio Simulations and Experimental Characterization Methods: Towards Accelerated Chalcopyrite Materials Development for Hydrogen Production
T. Ogitsu, J. Varley (Lawrence Livermore National Laboratory), A. D. DeAngelis, K. Horsley, and N. Gaillard (University of Hawaii)
08:40
1856
(Invited) Multi-Scale and Multi-Physics Modeling for Advancing Photoelectrochemical and Photocatalytic Material and Device Research
S. Haussener (EPFL)
09:05
1857
(Invited) Latest Advances in Design, Performance, & Stability of Solar Seawater Splitting Materials
L. Vayssieres (IRCRE-Xian Jiaotong University)
09:30
Break
09:50
1858
(Invited) The Role of Gold Cluster Size and Coverage on Hydrogen Production over TiO2(110) Single Crystal. An STM and Time Resolved Spectroscopy Study
H. Katsiev (SABIC), G. Harrison (UCL (UK)), P. Maity (KAUST), G. Thornton (UCL (UK)), and H. Idriss (UCL (UK), SABIC)
10:15
1859
(Invited) Distinguishing Roles of Gold Nanoparticles in Photocatalysis
N. Wu (West Virginia University)
10:40
1860
(Invited) Thermodynamic Aspects of Devices for Solar Energy and Chemical Conversions
F. E. Osterloh (University of California-Davis)
11:05
1861
(Invited) Photocatalysis on TiO2: Insights from Simulations
A. Selloni (Princeton University)
11:30
1862
(Invited) Surface Chemistry and Intercalation As Strategies to Tune Reactivity in Colloidal Electrocatalysts
B. Cossairt, D. Henckel, and D. Ung (University of Washington)
11:55
1863
Intrinsic Photoexcited Charge Trapping from Small Polaron Formation in α-Fe2O3
S. K. Cushing, L. M. Carneiro (University of California, Berkeley, Lawrence Berkeley National Lab), H. T. Chang, M. Zuerch (University of California, Berkeley), and S. R. Leone (Lawrence Berkeley National Lab, University of California, Berkeley)
12:10
1864
Decoupling Hydrogen Production and Water Oxidation in a Hybrid Solar-Driven Vanadium Redox Cell Supported By a Bipolar Membrane with Earth-Abundant Catalysts
C. Xiang (Joint Center for Artificial Photosynthesis, Caltech)
See more of: I05: Renewable Fuels via Artificial Photosynthesis or Heterocatalysis 3
See more of: Fuel Cells, Electrolyzers, and Energy Conversion
<< Previous Session | Next Session >>