Electronic structure modulation of MoS2 by substitutional Se incorporation and interfacial MoO3 hybridization: Implications of Fermi engineering for electrocatalytic hydrogen evolution and oxygen evolution | Zendy

Abhishek Parija | Zendy; Wasif Zaheer | Zendy; Junsang Cho | Zendy; Theodore E. G. Alivio | Zendy; Sirine C. Fakra | Zendy; Mohammed AlHashimi | Zendy; David Prendergast | Zendy; Sarbajit Banerjee | Zendy

Open Access

Electronic structure modulation of MoS2 by substitutional Se incorporation and interfacial MoO3 hybridization: Implications of Fermi engineering for electrocatalytic hydrogen evolution and oxygen evolution

Author(s) -

Abhishek Parija,

Wasif Zaheer,

Junsang Cho,

Theodore E. G. Alivio,

Sirine C. Fakra,

Mohammed AlHashimi,

David Prendergast,

Sarbajit Banerjee

Publication year - 2021

Publication title -

chemical physics reviews

Language(s) - English

Resource type - Journals

ISSN - 2688-4070

DOI - 10.1063/5.0037749

Subject(s) - overpotential , oxygen evolution , electronic structure , fermi level , heterojunction , chemical physics , orbital hybridisation , water splitting , materials science , hydrogen , catalysis , chemistry , electrochemistry , electrode , optoelectronics , electron , computational chemistry , molecular orbital , photocatalysis , biochemistry , physics , valence bond theory , quantum mechanics , organic chemistry , molecule

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