国家/地区 China（6） Korea（4）
关键词 HYDROGEN EVOLUTION REACTION（11）
出版物 APPLIED SURFACE SCIENCE（11）
出版时间 2020（6） 2019（2）
机构 CHONNAM NATL.（2） QINGDAO UNIV.（2）
作者

Facile one-pot supercritical synthesis of MoS2/pristine graphene nanohybrid as a highly active advanced electrocatalyst for hydrogen evolution reaction

APPLIED SURFACE SCIENCE

ZHAO J, ZHANG DL, GUO FH, GUO HG, LIU YL, YIN YY, HU HQ, WANG X

Nickel nanoflakes on 4-Amino-4H-1,2,4-triazole/graphene for sustainable hydrogen evolution in acid and alkaline media

APPLIED SURFACE SCIENCE

BEGUM H, AHMED MS, KIM YB

The synergistic effect of nitrogen and fluorine co-doping in graphene quantum dot catalysts for full water splitting and supercapacitor

APPLIED SURFACE SCIENCE

SIM Y, KIM SJ, JANANI G, CHAE Y, SURENDRAN S, KIM H, YOO S, SEOK DC, JUNG YH, JEON C, MOON J, SIM U

Synthesis of hollow cobalt phosphide nanocrystals with ultrathin shells anchored on reduced graphene oxide as an electrocatalyst toward hydrogen evolution

APPLIED SURFACE SCIENCE

LI Z, WU DB, OUYANG YR, WU HJ, JIANG MC, WANG FQ, ZHANG LY

Direct electrodeposition of platinum nanoparticles@graphene oxide@nickel-copper@nickel foam electrode as a durable and cost-effective catalyst with remarkable performance for electrochemical hydrogen evolution reaction

APPLIED SURFACE SCIENCE

LOTFI N, SHAHRABI T, YAGHOUBINEZHAD Y, DARBAND GB

Graphene layer encapsulated MoNi4-NiMoO4 for electrocatalytic water splitting

APPLIED SURFACE SCIENCE

AN LH, ZANG XY, MA LZ, GUO JX, LIU QY, ZHANG X

Theoretical investigation on the high HER catalytic activity of 2D layered GeP(3 )nanomaterials and its further enhancement by applying the surface strain or coupling with graphene

APPLIED SURFACE SCIENCE

ZHANG CH, YU GT, KU RQ, HUANG XR, CHEN W

Low-temperature wafer-scale growth of MoS2-graphene heterostructures

APPLIED SURFACE SCIENCE

KIM HU, KIM M, JIN Y, HYEON Y, KIM KS, AN BS, YANG CW, KANADE V, MOONN JY, YEOM GY, WHANG D, LEE JH, KIM T

Dicationic ionic liquid mediated fabrication of Au@Pt nanoparticles supported on reduced graphene oxide with highly catalytic activity for oxygen reduction and hydrogen evolution

APPLIED SURFACE SCIENCE

SHI YC, CHEN SS, FENG JJ, LIN XX, WANG WP, WANG AJ

New insight of tailor-made graphene oxide for the formation of atomic Co-N sites toward hydrogen evolution reaction

APPLIED SURFACE SCIENCE

JUNG JY, HONG YL, KIM JG, KIM MJ, KIM YK, KIM ND