Michael J. Ignatowich

Maximizing fuel production rates in isothermal solar thermochemical fuel production

Timothy C. Davenport, Chih‐Kai Yang, Christopher J. Kucharczyk et al. · Applied Energy · 2016 · 45 citations · Full text

Chemical Engineering, Engineering, Energy Efficiency +9

Interplay of material thermodynamics and surface reaction rate on the kinetics of thermochemical hydrogen production

Timothy C. Davenport, Moureen C. Kemei, Michael J. Ignatowich et al. · International Journal of Hydrogen Energy · 2017 · 37 citations · Full text

Materials Science, Hydrogen Energy Technology, Chemical Engineering +12

Impact of enhanced oxide reducibility on rates of solar-driven thermochemical fuel production

Michael J. Ignatowich, Alexander H. Bork, Timothy C. Davenport et al. · MRS Communications · 2017 · 37 citations · Full text

Materials Science, Chemical Engineering, Engineering +6

Implications of Exceptional Material Kinetics on Thermochemical Fuel Production Rates

Timothy C. Davenport, Chih‐Kai Yang, Christopher J. Kucharczyk et al. · Energy Technology · 2016 · 29 citations · Full text

Engineering, Thermochemical Process, Energy Conversion +17

Gas-phase vs. material-kinetic limits on the redox response of nonstoichiometric oxides

Ho‐Il Ji, Timothy C. Davenport, Michael J. Ignatowich et al. · Physical Chemistry Chemical Physics · 2017 · 27 citations