Dongfang Cheng

PhD @UCLA @UclaCBE Theoretical and Computational Catalysis, Sautet Group

[J. Am. Chem. Soc. @J_A_C_S]

Elucidating the Proton Source for CO2 Electro-Reduction on Cu(100) Using Many-Body Perturbation Theory | Journal of the American Chemical Society @UclaCBE @UCLA https://t.co/kwdQjwh9V5

[Dongfang Cheng @DongfangCheng]

@TimothyDuignan Link added:)

[Dongfang Cheng @DongfangCheng]

New paper! Using Random Phase Approximation (RPA), we show that surface water, not solvent water, protonating CO—challenging DFT-GGA conclusions. Check it out! 👇
ChemRxiv - https://t.co/4mSTfCbK1a

[Dongfang Cheng @DongfangCheng]

https://t.co/Yi3GEoMZri

[Dongfang Cheng @DongfangCheng]

@nitish_gov @NTUsg Congratulations!

[Dongfang Cheng @DongfangCheng]

@PengfeiOu Congratulations!

[Dongfang Cheng @DongfangCheng]

@zisheng_zhang_ Congratulations!!

[Dongfang Cheng @DongfangCheng]

@TheorHetCatICIQ @MSCActions congrats! @LuluLi31690062 well deserved!

[The Journal of Physical Chemistry @JPhysChem]

Hydrogen-induced Cu adatom/ad-cluster formation triggers CO electroreduction in acidic media, which are supported by statistical analysis of surface populations and ensemble-based kinetic modelling. @DongfangCheng @UclaCBE
https://t.co/wuajrW3x7q

[nature @Nature]

Nature research paper: Establishing reaction networks in the 16-electron sulfur reduction reaction https://t.co/xxXyv092DJ

[Dongfang Cheng @DongfangCheng]

Check out our recent intriguing discovery: H-Induced Restructuring on Cu(111) Triggers CO Electroreduction in an Acidic Electrolyte | The Journal of Physical Chemistry Letters https://t.co/EGzv8cgrdJ #AcidicCORR #EnsembleCatalyst

[Dongfang Cheng @DongfangCheng]

@TheorHetCatICIQ @NUSingapore @catalysis_eth @acsJACS Very nice work! Just a quick question, could anion-like carbonates approach to the surface and be stabilized under negative potential?

[Dongfang Cheng @DongfangCheng]

@XintongYuan @Nature Congrats!!!

[Dongfang Cheng @DongfangCheng]

@zisheng_zhang_ congrats!!

[Dongfang Cheng @DongfangCheng]

@nitish_gov @morales_guio @Joule_CP Thanks, Nitish!

[Dongfang Cheng @DongfangCheng]

Our cooperative work with @morales_guio in @Joule_CP We identified the origin of carbon source in reactive carbon capture(RCC) by combining a well-defined transport model and GCDFT. https://t.co/ZKhmw7TP74

[Dongfang Cheng @DongfangCheng]

@sim_kum Huge Congrats!!!

[Dongfang Cheng @DongfangCheng]

RhRu Alloy for Hydrazine-Assisted Water Splitting https://t.co/I1r5z8Tjd5

[Dongfang Cheng @DongfangCheng]

@MariaEscEsc @angew_chem @zisheng_zhang_ Thank you professor!

[Dongfang Cheng @DongfangCheng]

Check out our new paper in Angew Chem @angew_chem! We @zisheng_zhang_ ,Ziyang, Peter, Anastassia and Philippe decoded the surface restructuring of Cu(111) in the electroreduction condition by joint GCDFT and ECSTM. #compchem https://t.co/x0xpnemzmo

[Angewandte Chemie @angew_chem]

Restructuring and Activation of Cu(111) under Electrocatalytic Reduction Conditions (Philippe Sautet and co-workers) @DongfangCheng @zisheng_zhang_ @UclaCBE @uclachem https://t.co/PbUe44DnJs