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CNKI期刊论文0611(38)
在“
Elsevier电子期刊
”中,
命中:
2,303
条,耗时:0.1099474 秒
在所有数据库中总计命中:
12,594
条
1.
Effect of edge structure on the activity for
hydrogen
evolution
reaction
in MoS
2
nanoribbons
作者:
Lili Liu
a
;
b
;
Xiuyan Li
a
;
lixiuyan@tyut.edu.cn
;
lixiuyan863@163.com
;
Li-Chun Xu
a
;
Ruiping Liu
a
;
Zhi Yang
a
关键词:
MoS2 nanoribbon
;
Edge structure
;
Hydrogen
evolution
reaction
;
Adsorption free energy
刊名:Applied Surface Science
出版年:2017
2.
The urchin-like sphere arrays Co
3
O
4
as a bifunctional catalyst for
hydrogen
evolution
reaction
and oxygen
evolution
reaction
作者:
Ruchun Li
;
Dan Zhou
;
Jiaxian Luo
;
Weiming Xu
;
Jingwei Li
;
Shuoshuo Li
;
Pengpeng Cheng
;
Dingsheng Yuan
;
tydsh@jnu.edu.cn
关键词:
Electrochemical water splitting
;
Bifunctional catalyst
;
Hydrogen
evolution
reaction
;
Oxygen
evolution
reaction
刊名:Journal of Power Sources
出版年:2017
3.
Highly active non-precious metal electrocatalyst for the
hydrogen
evolution
reaction
based on nitrogen-doped graphene supported MoO
2
/WN/Mo
2
N
作者:
Austin Chipojola Mtukula
;
Xiangjie Bo
;
baoxj133@nenu.edu.cn" class="auth_mail" title="E-mail the corresponding author
;
Liping Guo
关键词:
Nitrogen doped graphene
;
Transition metal nitrides
;
Non precious metal electrocatalysts
;
Hydrogen
evolution
reaction
刊名:Journal of Alloys and Compounds
出版年:2017
4.
Superior catalytic performances of platinum nanoparticles loaded nitrogen-doped graphene toward methanol oxidation and
hydrogen
evolution
reaction
作者:
Dong Liu
;
Libo Li
;
Tianyan You
;
youty@ciac.jl.cn" class="auth_mail" title="E-mail the corresponding author
关键词:
Nitrogen-doped
;
Graphene
;
Pt nanoparticles
;
Methanol oxidation
;
Hydrogen
evolution
reaction
刊名:Journal of Colloid and Interface Science
出版年:2017
5.
Colloidal nanocrystals for electrochemical reduction
reaction
s
作者:
Yiliguma
;
Yun Tang
;
yuntang@fudan.edu.cn" class="auth_mail" title="E-mail the corresponding author
;
Gengfeng Zheng
;
gfzheng@fudan.edu.cn" class="auth_mail" title="E-mail the corresponding author
关键词:
Nanocrystal
;
Size control
;
Oxygen reduction
reaction
;
Hydrogen
evolution
reaction
;
CO2 reduction
reaction
刊名:Journal of Colloid and Interface Science
出版年:2017
6.
Cobalt disulfide nano-pine-tree array as a platinum alternative electrocatalyst for
hydrogen
evolution
reaction
作者:
Ji Yeon Kim
a
;
1
;
Suyoung Han
a
;
1
;
Jin Ho Bang
a
;
b
;
jbang@hanyang.ac.kr
关键词:
CoS2
;
Electrocatalyst
;
Hydrogen
evolution
刊名:Materials Letters
出版年:2017
7.
Self-assembled chrysanthemum-like microspheres constructed by few-layer ReSe
2
nanosheets as a highly efficient and stable electrocatalyst for
hydrogen
evolution
reaction
作者:
Fei Qi
;
Xinqiang Wang
;
Binjie Zheng
;
Yuanfu Chen
;
yfchen@uestc.edu.cn
;
1824807840@qq.com
;
Bo Yu
;
Jinhao Zhou
;
Jiarui He
;
Pingjian Li
;
Wanli Zhang
;
Yanrong Li
关键词:
rhenium diselenide
;
transition metal dichalcogenides
;
electrocatalyst
;
hydrogen
evolution
reaction
刊名:Electrochimica Acta
出版年:2017
8.
Surface state and proton adsorption phenomena on CoRu-based materials during
hydrogen
evolution
reaction
in acid conditions
作者:
J.V. Medina-Flores
a
;
A. Manzo-Robledo
b
;
J.M. Mora-Herná
;
ndez
a
;
E.M. Arce Estrada
a
;
earce@ipn.mx
关键词:
Impedance analysis
;
Linear sweep voltammetry
;
Hydrogen
evolution
reaction
;
Nanostructures
;
Mechanical milling
刊名:International Journal of
Hydrogen
Energy
出版年:2017
9.
Three-dimensional N-doped, plasma-etched graphene: Highly active metal-free catalyst for
hydrogen
evolution
reaction
作者:
Ye Tian
a
;
tianyehnu@163.com
;
Yongfei Ye
b
;
Xuejun Wang
a
;
Shuo Peng
b
;
Zhen Wei
b
;
Xiao Zhang
b
;
Zhangxiao83690@163.com
;
Wuming Liu
c
关键词:
Hydrogen
evolution
reaction
;
Heteroatoms doping
;
N doped graphene
;
Three-dimensional graphene
;
Plasma-etching
刊名:Applied Catalysis A: General
出版年:2017
10.
Ultrafine WC nanoparticles anchored on co-encased, N-doped carbon nanotubes for efficient
hydrogen
evolution
作者:
Ruguang Ma
a
;
b
;
Erhong Song
a
;
Yao Zhou
a
;
Zhenzhen Zhou
a
;
Guanghui Liu
a
;
Qian Liu
a
;
b
;
qianliu@sunm.shcnc.ac.cn
;
Jianjun Liu
a
;
jliu@mail.sic.ac.cn
;
Yufang Zhu
c
;
Jiacheng Wang
a
;
b
;
jiacheng.wang@mail.sic.ac.cn
关键词:
Tungsten carbide
;
Carbon nanotubes
;
Density functional theory
;
Synergistic effects
;
Hydrogen
evolution
reaction
刊名:Energy Storage Materials
出版年:2017
1
2
3
4
5
6
7
8
9
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