搜索页_+Band+gap+material

网站地图 | English | 公务邮箱

远程访问

NSTL服务站

在“Elsevier”中，命中：1,822条，耗时：0.0689682 秒

1.Interactions of low-power photons with natural opals鈥擯BG materials, photonic control, natural metamaterials, spontaneous laser emissions, and band-gap boundary responses

作者：Michelle R. Stem ; ^{MRSTEM@CompleteConsultingServices.com} ; [Author Vitae]

关键词：Photonics ; Metamaterial ; Colloid ; Photonic glass ; Spontaneous laser emission ; Photonic band gap

刊名：Materials Science and Engineering ; B

出版年：2012

2.Natural path for more precise determination of band gap by optical spectra

作者：Liu Changshi^a ; ^{liucs4976@sohu.com} ; Li Feng^b

关键词：Natural path ; Determination ; Band gap ; Optical spectroscopy ; Materials ; Curve fitting

刊名：Optics Communications

出版年：2012

3.Four-material one dimensional photonic crystals

作者：Francesco Scotognella ^{francesco.scotognella@polimi.it}

关键词：Photonic band gap ; One dimensional photonic crystal ; Structure&ndash ; property relationship

刊名：Optical Materials

出版年：2012

4.Fabrication of CuInSe₂ light absorption materials from binary precursors via wet chemical process

作者：Pei-Ying Lin ; Yaw-Shyan Fu ; ^{ysfu@mail.nutn.edu.tw}

关键词：CuInSe2 ; Wet chemical synthesis ; Solar energy materials ; Crystal structure ; Microstructure

刊名：Materials Letters

出版年：2012

5.Effects of normal and oblique incidence on zero- gap in periodic lossy multilayer containing double-negative materials

作者：Alireza Aghajamali ; Mahmood Barati ; ^{barati@susc.ac.ir}

关键词：Photonic crystal ; Zero- gap ; Loss factor ; Double-negative material

刊名：Physica B

出版年：2012

6.Electronic band structure calculations on thin films of the L2₁ full Heusler alloys X₂YSi (X, Y = Mn, Fe, and Co): Toward spintronic materials

作者：Hirotoshi Mori^a ; ^{mori.hirotoshi@ocha.ac.jp} ; Yosuke Odahara^b ; Daisuke Shigyo^b ; Tsuyoshi Yoshitake^b ; Eisaku Miyoshi^b

关键词：Spintronic material ; L21 full Heusler alloys ; Electronic structure ; Density functional theory ; Half-metallic thin films ; (111) multilayer ; Thickness ; Group theory

刊名：Thin Solid Films

出版年：2012

7.New methods for determining the band gap behavior of ZnO

作者：Feng Li^a ; ^{l_f200279@sina.com.cn} ; Changshi Liu^b ; Zhongquan Ma^c ; Lei Zhao^c

关键词：Band gap ; Transition characteristic ; ZnO

刊名：Optical Materials

出版年：2012

8.Prediction of band gap reduction and magnetism in (Cu, S)-codoped ZnO

作者：Yifang Wu^a ; ¹ ; Houyang Chen^b ; ¹ ; ^{houyangchen2008@hotmail.com} ; ^{hchen23@buffalo.edu}

关键词：Band gap reduction ; Magnetism ; ZnO ; Density functional theory ; Formation energy ; Binding energy

刊名：Journal of Magnetism and Magnetic Materials

出版年：2012

9.Radiation hardness of a wide-bandgap material by the example of SiC nuclear radiation detectors

作者：A.M. Ivanov ; ^{alexandr.ivanov@mail.ioffe.ru} ; N.B. Strokan ; A.A. Lebedev

关键词：Radiation hardness ; Wide-bandgap semiconductors ; Polarization effect ; Silicon carbide detectors

刊名：Nuclear Instruments and Methods in Physics Research Section A ; Accelerators ; Spectrometers ; Detectors and Associated Equipment

出版年：2012

10.First-principles materials design of CuInSe₂-based high-efficiency photovoltaic solar cells

作者：Yoshimasa Tani^a ; ^{tani@aquarius.mp.es.osaka-u.ac.jp} ; Kazunori Sato^a ; ^b ; Hiroshi Katayama-Yoshida^a

关键词：Photovoltaic solar cell ; Chalcopyrite ; CuInSe2 ; Cu(InGa)Se2 ; Cu2(In2 ; Zn ; Sn)Se2 ; Ab initio calculation ; Materials design

刊名：Physica B

出版年：2012

1

2

3

4

5

6

7

8

9

按检索点细分(1822)

题名(36)

关键词(36)

文摘(815)

按出版年细分(1822)

2000年及以前(430)

2001年(110)

2002年(113)

2003年(162)

2004年(160)

2005年(104)

2006年(82)

2007年(249)

2008年(188)

2009年(1)

2012年(223)

网站地图　|　常见问题　|　交通位置　|　联系我们　|　OA远程办公　|　English

© 2004-2018 中国地质图书馆版权所有京ICP备05064691号京公网安备11010802017129号

地址：北京市海淀区学院路29号邮编：100083

电话：办公室：(+86 10)66554848；文献借阅、咨询服务、科技查新：66554700