典型文献
Metal chalcogenide-based photoelectrodes for photoelectrochemical water splitting
文献摘要：
Photoelectrochemical water splitting(PEC-WS)is a promising technique for transforming solar energy into storable and environmentally friendly chemical energy.Designing semiconductor photoelectrodes with high light absorption capability,rapid e-/h+separation and transfer,and sufficient chemical stability is vital for developing an efficient PEC-WS system.Metal chalcogenides(MCs)have emerged as promising candidates for light absorbers because of their unique electrical and optical characteristics.In this review,we present recent developments in hydrogen generation via PEC-WS using MC-based photoelectrodes.First,we present a simple illustration of PEC-WS fundamentals.Second,the current performance of var-ious metal(mono-,di-,and tri-)chalcogenide/semiconductor photoelectrodes in PEC-WS is summarized.Then,the charge transfer mechanism at the MC/semiconductor interface and the PEC-WS mechanism is thoroughly explained.Finally,we discuss future research perspectives toward developing efficient and stable MC/semiconductor photoelectrodes.
文献关键词：
中图分类号：
作者姓名：
Marwa Mohamed Abouelela;Go Kawamura;Atsunori Matsuda
作者机构：
Department of Electrical and Electronic Information Engineering,Toyohashi University of Technology,Toyohashi 441-8580,Aichi,Japan;Petrochemical Department,Egyptian Petroleum Research Institute,Cairo 11727,Egypt
文献出处：
引用格式：
[1]Marwa Mohamed Abouelela;Go Kawamura;Atsunori Matsuda-.Metal chalcogenide-based photoelectrodes for photoelectrochemical water splitting)[J].能源化学,2022(10):189-213
A类：
h+separation
B类：
Metal,photoelectrodes,photoelectrochemical,water,splitting,Photoelectrochemical,PEC,WS,promising,technique,transforming,solar,energy,into,storable,environmentally,friendly,Designing,semiconductor,high,light,absorption,capability,rapid,transfer,sufficient,stability,vital,developing,efficient,system,chalcogenides,MCs,have,emerged,candidates,absorbers,because,their,unique,electrical,optical,characteristics,In,this,review,we,present,recent,developments,hydrogen,generation,via,using,First,simple,illustration,fundamentals,Second,current,performance,var,ious,metal,mono,summarized,Then,charge,mechanism,interface,thoroughly,explained,Finally,discuss,future,research,perspectives,toward,stable
AB值：
0.572977
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