Alexandrov Lab - University of Nebraska-Lincoln
@AlexandrovLab
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Richard L. McNeel Associate Professor at @UNL_ChemEng Computational electrochemistry, materials for energy conversion and storage
Lincoln, NE
Joined August 2022
Our paper on the photoelectrocatalytic water-to-hydrogen peroxide conversion and the role of bicarbonate ions in the process is now published at @ACSCatalysis: https://t.co/v24e67f2jF
pubs.acs.org
Proper coupling of electrode and electrolyte chemistries can enhance both activity and selectivity in photoelectrocatalysts, but the mechanisms for efficient interface engineering are not well...
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Our joint review article on the role of electrical double layer in electrocatalysis with @ECS_TUM is now published in Chemical Reviews @ACSChemRev: https://t.co/e4cCcNBY8T
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Super excited to be at @Livermore_Lab this summer!
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It was fantastic to present some of our recent results and catch up with some colleagues at UC Berkeley. Thanks @BoettcherLab!
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It was a great pleasure to visit the University of Houston and give a presentation at @TCSUH.
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It was awesome to host @Piero_Canepa from the University of Houston at UNL!
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Our collaborative work with @AlexandrovLab on "Impact of Pt(hkl) electrode surface structure on the electrical double layer capacitance" is now online in @J_A_C_S: https://t.co/46bVG9qgmB
@ECS_TUM, @TU_Muenchen, @econversion_de, @TUMCatalysis
pubs.acs.org
The classical theory of the electrical double layer (EDL) does not consider the effects of the electrode surface structure on the EDL properties. Moreover, the best agreement between the traditional...
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Our recent review article on the relationships between water electrolysis and electrode corrosion is now out in Current Opinion in Electrochemistry: https://t.co/hvlXaJPWbm
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Very grateful to Tohoku University, Institute for Materials Research, for hosting me this summer as a visiting professor.
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Interested in corrosion of electrochemical energy materials? You are welcome to read our Perspective article published @JPhysChem: https://t.co/FRJq9rTQkL
pubs.acs.org
Since their first appearance, electrode potential/solution pH charts (Pourbaix diagrams) have served as a general framework for the analysis of material corrosion in aqueous solutions. Their utility...
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Electron Tunneling at Electrocatalytic Interfaces: our joint work with @AlexandrovLab and Prof. Alfred Ludwig (Ruhr-Universität Bochum) is now online (@econversion_de @TU_Muenchen @TUMCatalysis): https://t.co/sFJjPa3on6
pubs.acs.org
It was recently proposed that tunneling current fluctuations in electrochemical scanning tunneling microscopy (EC-STM) can be used to map the electrocatalytic activity of surfaces with high spatial...
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Our joint study (Illinois, LLNL and UNL) on removing nitrate from water while converting it to ammonia in a single unit using purely electrochemical control was just published in Nature Communications: https://t.co/OdLtptWEie
nature.com
Nature Communications - Coupling nitrate capture with conversion to ammonium is attractive because it combines pollutant remediation and chemical production. Here, the authors design a bifunctional...
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It was a great pleasure to host Prof. Kelsey Stoerzinger at UNL.
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Interested in the degradation mechanisms of Prussian Blue Analog electrodes for aqueous Na+ ion batteries? Our collaborative experimental + computational work with @AlexandrovLab and J. Macak is now online in @JPhysChem. https://t.co/R9ovkbeLnc
@econversion_de @TU_Muenchen
pubs.acs.org
Prussian blue analogues (PBAs) are versatile functional materials with numerous applications ranging from electrocatalysis and batteries to sensors and electrochromic devices. Their electrochemical...
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Why do alkali metal cations change the hydrogen evolution reaction mechanisms at Pt? Read more on this challenging topic in Nano Mat. Sci. (@ECS_TUM, @TU_Muenchen, @econversion_de, @TUMCatalysis, @HERMESProjectEU), and many thanks to @AlexandrovLab !: https://t.co/PeJQZMmEOu
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In our latest study @ChemCatChem we analyze the role of interfacial water dynamics in electrochemical stability of oxygen evolution electrocatalysts: https://t.co/77h86fCMlt
chemistry-europe.onlinelibrary.wiley.com
The graphical TOC illustrates the competition between oxygen evolution reaction involving lattice oxygen species and surface reoxidation. This equilibrium depends on the nature of the electrode and...
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Richard L. McNeel Associate Professor meets Richard L. McNeel at UNL :)
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Very grateful to Prof. Alex Bandarenka and his research group at @ECS_TUM for hosting me during my sabbatical at TUM in Spring 2022!
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