Similar researchers to Graeme Henkelman:
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Name |
Institution |
Area |
Added by |
Date |
|
Jeffrey Greeley (Info) |
Purdue |
First principles theories of interfacial science and catalysis |
jandh |
2013‑06‑18 |
Sim(0.69) |
Timo Jacob (Info) |
Universitat Ulm |
density functional theory, calculations, physical |
skshaw |
2013‑07‑22 |
Sim(0.73) |
Byungchan Han (Info) |
Stanford (E-Tree) |
|
dl9 |
2020‑06‑06 |
Sim(0.74) |
Henrik Grönbeck (Info) |
Chalmers University of Technology |
|
jandh |
2020‑06‑07 |
Sim(0.76) |
Hai Xiao (Info) |
Caltech, Tsinghua University |
Computational Chemistry |
haixiao |
2016‑04‑03 |
Sim(0.82) |
Anders Hellman (Info) |
Chalmers University of Technology |
|
jandh |
2020‑06‑07 |
Sim(0.83) |
Rees B. Rankin (Info) |
Villanova (Physics Tree) |
Transport Through Nanoporous Materials, Chiral Surface Chemistry |
pq |
2015‑10‑31 |
Sim(0.83) |
Peter Zapol (Info) |
Argonne National Laboratory (Physics Tree) |
|
MCO |
2019‑05‑14 |
Sim(0.9) |
De-en Jiang (Info) |
UC Riverside |
|
jakeith |
2013‑09‑27 |
Sim(0.93) |
Matthew Neurock (Info) |
UVA, UMN |
catalysis |
ppBdd |
2013‑06‑23 |
Sim(0.93) |
Manos Mavrikakis (Info) |
UW Madison |
Computational Surface Science and Catalysis |
jandh |
2013‑06‑18 |
Sim(0.95) |
Michael J. Janik (Info) |
Penn State |
catalysis |
pq |
2015‑10‑01 |
Sim(0.96) |
Wei An (Info) |
University of Nebraska - Lincoln |
Physical Chemistry |
pq |
2016‑06‑27 |
Sim(0.96) |
Giannis Mpourmpakis (Info) |
University of Pittsburgh |
Computational Chemistry |
gmpourmp |
2017‑06‑08 |
Sim(0.97) |
Philippe Sautet (Info) |
(Neurotree) |
|
egrau |
2019‑04‑03 |
Sim(0.97) |
Yousung Jung (Info) |
KAIST |
Theoretical Chemistry |
pq |
2015‑11‑06 |
Sim(0.98) |
Larry Curtiss (Info) |
Argonne National Labotatory |
computational chemistry, nanomaterials, lithium-air batteries |
wtyiii |
2011‑05‑06 |
Sim(0.98) |
Karsten Reuter (Info) |
Technical University Munich, Germany (Physics Tree) |
|
guiste |
2017‑09‑23 |
Sim(0.98) |
Hyungjun Kim (Info) |
KAIST |
Theoretical Chemistry, Multiscale Material Design, Computational Electrochemistry |
linus16 |
2013‑07‑27 |
Sim(1) |
Emiel Hensen (Info) |
Eindhoven University of Technology |
|
jphchem |
2019‑03‑06 |
Sim(1.01) |
Hao Li (Info) |
UT Austin |
|
henkelman |
2020‑06‑07 |
Sim(1.01) |
Lin-Lin Wang (Info) |
Ames Laboratory (Neurotree) |
|
hping |
2019‑02‑26 |
Sim(1.02) |
Jeong Woo Han (Info) |
POSTECH (Physics Tree) |
Transport Through Nanoporous Materials, Chiral Surface Chemistry |
pq |
2015‑10‑31 |
Sim(1.02) |
Mudit Dixit (Info) |
University of Pittsburgh, BITS Hyderabad |
Computational Chemistry, Multi-scale simulations, Ab-initio molecular Dynamics, Couple cluster, Density functional theory, Electronic structure |
dixitmuditk |
2018‑07‑24 |
Sim(1.06) |
Aloysius Soon (Info) |
Yonsei University (Physics Tree) |
Condensed Matter Physics, Chemical Physics, Surface Physics |
axs562 |
2015‑08‑28 |
Sim(1.06) |
Charles B. Musgrave (Info) |
CU Boulder |
quantum mechanics, chemical kinetics, and surface and materials chemistry |
jandh |
2013‑02‑10 |
Sim(1.06) |
William A. Goddard (Info) |
Caltech |
Theoretical chemistry |
jandh |
2011‑11‑24 |
Sim(1.07) |
Dong-Hee Lim (Info) |
Chungbuk National University (E-Tree) |
|
dl9 |
2020‑05‑14 |
Sim(1.07) |
Horia Metiu (Info) |
UC Santa Barbara |
Computational chemistry |
jandh |
2015‑10‑07 |
Sim(1.1) |
Ricardo Grau-Crespo (Info) |
University of Reading |
Computational chemistry, computational materials science, molecular modelling |
rgraucrespo |
2015‑10‑01 |
Sim(1.13) |
Ke R. Yang (Info) |
UMN, Yale |
Theoretical and Computational Chemistry |
pq |
2015‑11‑07 |
Sim(1.13) |
Alexis T. Bell (Info) |
UC Berkeley |
Understanding the fundamental relationships between the structure and composition of heterogeneous catalysts and their performance |
jandh |
2013‑02‑02 |
Sim(1.15) |
Emily Ann Carter (Info) |
Princeton |
theoretical chemistry |
jandh |
2012‑12‑02 |
Sim(1.16) |
Ioannis N Remediakis (Info) |
University of Crete, Greece (Physics Tree) |
Computational Materials Science |
vcharmandaris |
2020‑04‑17 |
Sim(1.16) |
Frederik Tielens (Info) |
Vrije Universiteit Brussel |
Chemistry, Materials, Modeling |
ftielens |
2018‑07‑31 |
Sim(1.16) |
Perla B. Balbuena (Info) |
Texas A & M (E-Tree) |
Materials Science Engineering, Chemical Engineering, Nanotechnology |
pq |
2016‑04‑18 |
Sim(1.18) |
Monica Calatayud (Info) |
Université Pierre et Marie Curie |
Theoretical Chemistry |
jppiquem |
2013‑05‑26 |
Sim(1.21) |
Rutger A. van Santen (Info) |
Shell Labs, Eindhoven |
catalysis |
jec7 |
2006‑10‑01 |
Sim(1.21) |
Wei An (Info) |
University of Oklahoma |
|
resasco |
2018‑10‑16 |
Sim(1.21) |
Jens K. Nørskov (Info) |
Stanford |
|
jandh |
2014‑10‑06 |
Sim(1.22) |
Chengming Wang (Info) |
University of Science & Technology of China |
|
ustcsrn |
2018‑08‑13 |
Sim(1.24) |
Andrew A. Peterson (Info) |
Brown |
|
AndrewPeterson |
2016‑12‑22 |
Sim(1.24) |
Kyeongjae Cho (Info) |
UT Dallas (Neurotree) |
nanoscale materials |
fantaikong |
2016‑03‑16 |
Sim(1.24) |
Lars C. Grabow (Info) |
University of Houston |
Computational Catalysis, Interface Chemistry |
qavo08 |
2015‑01‑15 |
Sim(1.24) |
Lei Li (Info) |
University of Nebraska - Lincoln |
Computational Materials and Chemistry: Heterogeneous Catalysis, Atmospheric reaction |
leili.ustc |
2016‑01‑27 |
Sim(1.25) |
Amra Peles (Info) |
University of Manitoba (Physics Tree) |
Condensed Matter Physics, Electricity and Magnetism Physics |
pq |
2016‑05‑28 |
Sim(1.25) |
John A. Keith (Info) |
University of Pittsburgh |
Computational chemistry, catalysis |
jakeith |
2013‑09‑27 |
Sim(1.28) |
Wei-Xue Li (Info) |
Dalian Institute of Chemical Physics |
|
wxli |
2012‑02‑08 |
Sim(1.3) |
Maria Chan (Info) |
Argonne National Laboratory |
Modeling, Batteries, Photovloltaics, Catalysis, Thermal Transport |
kripke |
2015‑03‑23 |
Sim(1.3) |
Benjamin Rudshteyn (Info) |
Brooklyn College, Yale, Columbia |
Computational Chemistry |
rb0 |
2014‑02‑19 |
Sim(1.32) |
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