Alex Kutana

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Boris YakobsonProfessor of Materials Science & NanoEngineering, and of Chemistry, Rice UniversityVerifisert e-postadresse på rice.edu
Ajayan PMProfessor of Materials Science and NanoEngineering, Rice UniversityVerifisert e-postadresse på rice.edu
Evgeni PenevRice UniversityVerifisert e-postadresse på rice.edu
ChandraSekhar TiwaryMetallurgical and materials engineering, Indian Institute of Technology, Kharagpur, IndiaVerifisert e-postadresse på metal.iitkgp.ac.in
Konstantinos GiapisProfessor of Chemical Engineering, California Institute of TechnologyVerifisert e-postadresse på cheme.caltech.edu
Robert VajtaiRice UniversityVerifisert e-postadresse på rice.edu
Juan Carlos IdroboUniversity of WashingtonVerifisert e-postadresse på uw.edu
Sandhya SusarlaArizona State UniversityVerifisert e-postadresse på asu.edu
Sunny GuptaRice UniversityVerifisert e-postadresse på rice.edu
Amey ApteIntel CorporationVerifisert e-postadresse på intel.com
Vidya KochatMaterials Science Centre, Indian Institute of Technology, KharagpurVerifisert e-postadresse på matsc.iitkgp.ac.in
Jordan Adam HachtelOak Ridge National LaboratoryVerifisert e-postadresse på ornl.gov
Zhiming ShiChina Changchun Institute of Optics Fine Mechanics and Physics Chinese Academy of ScienceVerifisert e-postadresse på ciomp.ac.cn
Muhammad M. RahmanUniversity of Houston/Rice University/Cornell UniversityVerifisert e-postadresse på cornell.edu
Luqing WangUniversity of Nevada Las VegasVerifisert e-postadresse på unlv.edu
Henry YuLawrence Livermore National LaboratoriesVerifisert e-postadresse på llnl.gov
Manoj Tripathi, Ph.D.University of SussexVerifisert e-postadresse på sussex.ac.uk
Xiaolong ZouAssociate Professor, Tsinghua Shenzhen International Graduate SchoolVerifisert e-postadresse på sz.tsinghua.edu.cn
Hisanori SHINOHARADepartment of Chemistry, Nagoya UniversityVerifisert e-postadresse på nagoya-u.jp
Kitaura, RyoNational Institute for Materials Science (NIMS)Verifisert e-postadresse på nims.go.jp

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Alex Kutana

Nagoya University

Verifisert e-postadresse på mirai.nagoya-u.ac.jp - Startside

theory of materials nanotechnology computational materials science


Tittel Sorter etter sitater Sorter etter år Sorter etter tittel	Sitert av Sitert av	År
Can two-dimensional boron superconduct? ES Penev, A Kutana, BI Yakobson Nano letters 16 (4), 2522-2526, 2016	473	2016
Electro-mechanical anisotropy of phosphorene L Wang, A Kutana, X Zou, BI Yakobson Nanoscale 7 (21), 9746-9751, 2015	278	2015
Quaternary 2D transition metal dichalcogenides (TMDs) with tunable bandgap S Susarla, A Kutana, JA Hachtel, V Kochat, A Apte, R Vajtai, JC Idrobo, ... Advanced Materials 29 (35), 1702457, 2017	276	2017
Predicting two-dimensional silicon carbide monolayers Z Shi, Z Zhang, A Kutana, BI Yakobson ACS nano 9 (10), 9802-9809, 2015	218	2015
Electrowetting in carbon nanotubes JY Chen, A Kutana, CP Collier, KP Giapis Science 310 (5753), 1480-1483, 2005	181	2005
Engineering electronic properties of layered transition-metal dichalcogenide compounds through alloying A Kutana, ES Penev, BI Yakobson Nanoscale 6 (11), 5820-5825, 2014	161	2014
Direct and Indirect Interlayer Excitons in a van der Waals Heterostructure of hBN/WS₂/MoS₂/hBN M Okada, A Kutana, Y Kureishi, Y Kobayashi, Y Saito, T Saito, ... ACS nano 12 (3), 2498-2505, 2018	149	2018
Many‐body and spin‐orbit effects on direct‐indirect band gap transition of strained monolayer MoS₂ and WS₂ L Wang, A Kutana, BI Yakobson Annalen der Physik 526 (9-10), L7-L12, 2014	124	2014
Predicting stable phase monolayer Mo 2 C (MXene), a superconductor with chemically-tunable critical temperature J Lei, A Kutana, BI Yakobson Journal of Materials Chemistry C 5 (14), 3438-3444, 2017	121	2017
First-principles studies of Li nucleation on graphene M Liu, A Kutana, Y Liu, BI Yakobson The journal of physical chemistry letters 5 (7), 1225-1229, 2014	109	2014
Carrier delocalization in two-dimensional coplanar p–n junctions of graphene and metal dichalcogenides H Yu, A Kutana, BI Yakobson Nano letters 16 (8), 5032-5036, 2016	104	2016
Two-dimensional boron–nitrogen–carbon monolayers with tunable direct band gaps M Zhang, G Gao, A Kutana, Y Wang, X Zou, ST John, BI Yakobson, H Li, ... Nanoscale 7 (28), 12023-12029, 2015	92	2015
Hexagonal boron nitride for sulfur corrosion inhibition G Chilkoor, K Jawaharraj, B Vemuri, A Kutana, M Tripathi, D Kota, T Arif, ... ACS nano 14 (11), 14809-14819, 2020	86	2020
Atomistic simulations of electrowetting in carbon nanotubes A Kutana, KP Giapis Nano letters 6 (4), 656-661, 2006	78	2006
In pursuit of 2D materials for maximum optical response S Gupta, SN Shirodkar, A Kutana, BI Yakobson ACS nano 12 (11), 10880-10889, 2018	77	2018
Transient deformation regime in bending of single-walled carbon nanotubes A Kutana, KP Giapis Physical review letters 97 (24), 245501, 2006	76	2006
Nanomechanics of carbon honeycomb cellular structures Z Zhang, A Kutana, Y Yang, NV Krainyukova, ES Penev, BI Yakobson Carbon 113, 26-32, 2017	74	2017
How much N-doping can graphene sustain? Z Shi, A Kutana, BI Yakobson The Journal of Physical Chemistry Letters 6 (1), 106-112, 2015	71	2015
Dirac cones and nodal line in borophene S Gupta, A Kutana, BI Yakobson The journal of physical chemistry letters 9 (11), 2757-2762, 2018	64	2018
Salt-Assisted MoS₂ Growth: Molecular Mechanisms from the First Principles J Lei, Y Xie, A Kutana, KV Bets, BI Yakobson Journal of the American Chemical Society 144 (16), 7497-7503, 2022	59	2022

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