Brian D. Ehrhart Citation name: Ehrhart, B. D. Affiliation: University of Colorado at Boulder State: CO Country: USA Authored:(228e) Understanding the Fundamentals of the “Hercynite Cycle” and It Operational Behavior Under Pseudo-Isothermal Water Splitting ConditionsChristopher L. MuhichBrian D. EhrhartKayla WestonIbraheam AlshankitiCharles B. MusgraveAlan W. Weimer2014 AIChE Annual Meeting (ISBN: 978-0-8169-1086-1)(246d) Solar Thermochemical Hydrogen Production Efficiency with Kinetic LimitationsBrian D. EhrhartChristopher L. MuhichIbraheam AlshankitiAlan W. Weimer2014 AIChE Annual Meeting (ISBN: 978-0-8169-1086-1)(604w) Effect of Kinetic Limitations on Solar Thermochemical Hydrogen Production EfficiencyBrian D. EhrhartChristopher L. MuhichIbraheam AlshankitiAlan W. Weimer2014 AIChE Annual Meeting (ISBN: 978-0-8169-1086-1)(246e) “Herycnite Cycle” Materials for Pseudo-Isothermal Solarthermal Water SplittingChristopher L. MuhichBrian D. EhrhartKayla WestonIbraheam AlshankitiCharles B. MusgraveAlan W. Weimer2014 AIChE Annual Meeting (ISBN: 978-0-8169-1086-1)(200b) Impact of Reduction of Flowing Particles on System Efficiency for Solar Thermochemical Hydrogen ProductionBrian D. EhrhartChristopher L. MuhichIbraheam Al-ShankitiBarbara J. WardAlan W. Weimer2015 AIChE Annual Meeting Proceedings (ISBN: 978-0-8169-1094-6)(625ad) Reduction of Flowing Particles for Efficient Solar Thermochemical Hydrogen ProductionBrian D. EhrhartChristopher L. MuhichIbraheam Al-ShankitiBarbara J. WardAlan W. Weimer2015 AIChE Annual Meeting Proceedings (ISBN: 978-0-8169-1094-6)(667d) Active and Flowable Doped-Hercynite Materials for Solarthermal Redox Processing to Split WaterChristopher L. MuhichBrian D. EhrhartSamantha L. MillerVanessa WitteCharles B. MusgraveAlan W. WeimerBarbara J. Ward2015 AIChE Annual Meeting Proceedings (ISBN: 978-0-8169-1094-6)