Author

Grinberg I

Associate Professor of Chemistry - Cited by 8,063 - Computational Materials Science

Biography

Prof. Ilya Grinberg received his B.A. from Columbia University and his Ph.D. in physical chemistry from University of Pennsylvania. During his research career, he has worked on computational modeling and design of new materials, with a particular focus on the properties of oxides enabled by the presence of ferroelectricity.
Title
Cited by
Year
Resonant domain-wall-enhanced tunable microwave ferroelectrics
Z Gu, S Pandya, A Samanta, S Liu, G Xiao, CJG Meyers, AR Damodaran, ...Nature 560 (7720), 622-627, 2018201
89
2018
Palladium–ceria catalysts with enhanced alkaline hydrogen oxidation activity for anion exchange membrane fuel cells
M Bellini, MV Pagliaro, A Lenarda, P Fornasiero, M Marelli, C Evangelisti, ...ACS Applied Energy Materials 2 (7), 4999-5008, 2019201
63
2019
Red Phoenix Rising: The Soviet Air Force in World War II
V Hardesty, I GrinbergUniversity Press of Kansas, 2021202
30
2021
First-Principles Investigation of the Formation of Pt Nanorafts on a Mo2C Support and Their Catalytic Activity for Oxygen Reduction Reaction
CB Krishnamurthy, O Lori, L Elbaz, I GrinbergThe Journal of Physical Chemistry Letters 9 (9), 2229-2234, 2018201
25
2018
First-principles studies of the local structure and relaxor behavior of -derived ferroelectric perovskite solid solutions
H Tan, H Takenaka, C Xu, W Duan, I Grinberg, AM RappePhysical Review B 97 (17), 174101, 2018201
21
2018
Structural and physical parameters controlling the oxygen reduction reaction selectivity with carboxylic acid-substituted cobalt corroles incorporated in a porous carbon support
HC Honig, CB Krishnamurthy, I Borge-Durán, M Tasior, DT Gryko, ...The Journal of Physical Chemistry C 123 (43), 26351-26357, 191
20
2019
First-principles study of the ligand substituent effect on ORR catalysis by metallocorroles
S Nagaprasad Reddy, CB Krishnamurthy, I GrinbergThe Journal of Physical Chemistry C 124 (21), 11275-11283, 2020202
18
2020
Control of molecular catalysts for oxygen reduction by variation of pH and functional groups
A Friedman, N Reddy Samala, HC Honig, M Tasior, DT Gryko, L Elbaz, ...ChemSusChem (8), 1886-1892, 2021202
14
2021
Fe–N–C electrocatalysts in the oxygen and nitrogen cycles in alkaline media: the role of iron carbide
TY Burshtein, D Aias, J Wang, M Sananis, EM Farber, OM Gazit, ...Physical Chemistry Chemical Physics 23 (47), 26674-26679, 2021202
11
2021
Visible-light-absorbing potassium niobate-titanate-molybdate ferroelectrics
O Shafir, Y Bai, J Juuti, I GrinbergPhysical Review Applied 14 (4), 044052, 2020202
10
2020
Sustainable existence of solid mercury (Hg) nanoparticles at room temperature and their applications
VK Harika, TR Penki, B Loukya, A Samanta, GL Xu, CJ Sun, I Grinberg, ...Chemical Science 12 (), 3226-3238, 2021202
9
2021
Scalable silver oxo-sulfide catalyst for electrochemical water splitting
V Shokhen, Y Kostikov, I Borge-Durán, Y Gershinsky, I Grinberg, ...ACS Applied Energy Materials 2 (1), 88-96, 2018201
7
2018
A predictive theory for domain walls in oxide ferroelectrics based on interatomic interactions and its implications for collective material properties
A Samanta, S Yadav, Z Gu, CJG Meyers, L Wu, D Chen, S Pandya, ...Advanced Materials 34 (), 2106021, 2022202
7
2022
Investigation of Si/3C-SiC interface properties using classical molecular dynamics
A Samanta, I GrinbergJournal of Applied Physics 124 (17), 2018201
6
2018
First-principles study of the composition, cation arrangement, and local structure in high-performance Bi (Me3+) O3–PbTiO3 (Me3+= Ga, Sc, In) ferroelectric solid solutions
S Yadav, I GrinbergJournal of Applied Physics 129 (17), 2021202
6
2021
Prediction of the Curie temperatures of ferroelectric solid solutions using machine learning methods
EM Askanazi, S Yadav, I GrinbergComputational Materials Science 199, 110730, 2021202
5
2021
Ferroelectric barium titanate derivatives containing Mo and Mg for transparent photovoltaic applications
O Shafir, J Yang, AM Rappe, I GrinbergJournal of Applied Physics 126 (17), 2019201
5
2019
Tuning of ORR activity through the stabilization of the adsorbates by hydrogen bonding with substituent groups
NR Samala, I GrinbergPhysical Chemistry Chemical Physics 22 (47), 27811-27817, 2020202
5
2020
Band-gap engineering of Mo-and W-containing perovskite oxides derived from barium titanate
O Shafir, A Shopin, I GrinbergPhysical Review Applied 13 (3), 03066, 2020202
4
2020
Seeing the forest and the trees
H Takenaka, I Grinberg, AM RappeNature Materials 17 (8), 657-658, 2018201
4
2018

Referred From: https://scholar.google.co.il/citations?user=NfCiMAUAAAAJ&hl=en

Cited by
Citations 8063
h-index 46
i10-index 77
Open Access Journals