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内部出版物
在“
Elsevier电子期刊
”中,
命中:
1,438
条,耗时:小于0.01 秒
1.
The Effect of the number of
InGaN
/GaN pairs on the photoelectrochemical properties of InGaN/GaN multi quantum wells
作者:
Hyojung Bae
a
;
Jun-Beom Park
a
;
Katsushi Fujii
b
;
Hyo-Jong Lee
c
;
Sang-Hyun Lee
d
;
Sang-Wan Ryu
a
;
June Key Lee
a
;
Jun-Seok Ha
a
;
jsha@jnu.ac.kr
关键词:
Hydrogen generation
;
InGaN
/GaN
;
Multi quantum well
;
Photoelectrochemistry
;
Water splitting
刊名:Applied Surface Science
出版年:2017
2.
Strain and microstructures of GaN epilayers with thick
InGaN
interlayer grown by MOCVD
作者:
Jianxun Liu
;
Hongwei Liang
;
hwliang@dlut.edu.cn
;
Yang Liu
;
Xiaochuan Xia
;
Huolin Huang
;
Pengcheng Tao
;
Qasim Abbas Sandhu
;
Rensheng Shen
;
Yingmin Luo
;
Guotong Du
关键词:
GaN
;
InGaN
interlayer
;
Strain
;
Microstructure
刊名:Materials Science in Semiconductor Processing
出版年:2017
3.
Improving
InGaN
heterojunction solar cells efficiency using a semibulk absorber
作者:
M. Arif
a
;
b
;
;
W. Elhuni
c
;
J. Streque
a
;
S. Sundaram
a
;
S. Belahsene
d
;
Y. El Gmili
a
;
M. Jordan
a
;
e
;
X. Li
a
;
e
;
G. Patriarche
d
;
A. Slaoui
f
;
A. Migan
c
;
R. Abderrahim
d
;
Z. Djebbour
c
;
g
;
P.L. Voss
a
;
e
;
J.P. Salvestrini
a
;
b
;
jean-paul.salvestrini@univ-lorraine.fr" class="auth_mail" title="E-mail the corresponding author
;
A. Ougazzaden
a
;
e
关键词:
InGaN
;
Solar cells
;
Semibulk
刊名:Solar Energy Materials and Solar Cells
出版年:2017
4.
Electronic excitation induced structural and optical modifications in
InGaN
/GaN quantum well structures grown by MOCVD
作者:
K. Prabakaran
a
;
R. Ramesh
a
;
M. Jayasakthi
a
;
S. Surender
a
;
S. Pradeep
a
;
M. Balaji
c
;
K. Asokan
d
;
K. Baskar
a
;
b
;
drbaskar2009@gmail.com
;
karanphy07@gmail.com
关键词:
InGaN
;
Quantum well
;
Electronic excitation
;
Intermixing effects
;
Photoluminescence
刊名:Nuclear Instruments and Methods in Physics Research Section B: Beam Interactions with Materials and Atoms
出版年:2017
5.
Multiband
InGaN
nanowires with enhanced visible photon absorption for efficient photoelectrochemical water splitting
作者:
M. Gopalakrishnan
a
;
S. Gopalakrishnan
a
;
G.M. Bhalerao
b
;
K. Jeganathan
a
;
kjeganathan@yahoo.com
;
jagan@physics.bdu.ac.in
关键词:
InGaN
nanowires
;
Chemical vapour deposition
;
Photoanode
;
Photoelectrochemical water splitting
;
Light absorption
;
Charge carrier diffusion
刊名:Journal of Power Sources
出版年:2017
6.
Unintentional gallium incorporation in
InGaN
layers during epitaxial growth
作者:
Kun Zhou
a
;
zhoukun2011@sinano.ac.cn
;
Huaijin Ren
a
;
Masao Ikeda
b
;
Jianping Liu
b
;
Yi Ma
a
;
Songxin Gao
a
;
Chun Tang
a
;
Deyao Li
b
;
Liquan Zhang
b
;
Hui Yang
b
关键词:
Unintentional incorporation
;
Metalorganic vapor phase epitaxy
;
InGaN
;
Growth rate
;
Surface morphology
刊名:Superlattices and Microstructures
出版年:2017
7.
Performance characteristics of deep violet
InGaN
DQW lasers based on different compliance layers
作者:
Ghasem Alahyarizadeh
a
;
g_alahyarizadeh@yahoo.com
;
Maryam Amirhoseiny
b
;
amirhoseiny_m@yahoo.com
关键词:
InGaN
;
Laser diode
;
Quantum well
;
Numerical simulation
;
Compliance layer
刊名:Optik - International Journal for Light and Electron Optics
出版年:2017
8.
Simultaneous light emission and detection of
InGaN
/GaN multiple quantum well diodes for in-plane visible light communication
作者:
Yongjin Wang
a
;
;
Yin Xu
a
;
Yongchao Yang
a
;
Xumin Gao
a
;
Bingcheng Zhu
a
;
Wei Cai
a
;
Jialei Yuan
a
;
Rong Zhang
b
;
Hongbo Zhu
a
关键词:
InGaN
/GaN multiple quantum well diode
;
In-plane visible light communication
;
Full-duplex communication
;
GaN-on-silicon platform
;
Waveguide
;
Microfabrication
刊名:Optics Communications
出版年:2017
9.
Quantum confinement effect on the electronic and optical features of
InGaN
-based solar cells with InGaN/GaN superlattices as the absorption layers
作者:
A. Laref
a
;
b
;
amel_la06@yahoo.fr
;
A. Altujar
a
;
S. Laref
c
;
S.J. Luo
d
关键词:
GaN-InN solar cell based material
;
Photo-voltaic materials
;
Optoelectronic
刊名:Solar Energy
出版年:2017
10.
The activation energy for Mg acceptor in the Ga-rich
InGaN
alloys
作者:
Chuan-Zhen Zhao
a
;
as3262001@aliyun.com
;
Tong Wei
b
;
Li-Ying Chen
a
;
Sha-Sha Wang
a
;
Jun Wang
a
关键词:
InGaN
alloy
;
Activation energy
;
Mg-doped
;
Hydrogen atom like model
刊名:Superlattices and Microstructures
出版年:2017
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