查看完整版本: 超材料期刊

超材料期刊

[img]http://www.sciencedirect.com/science/page/jcover/18731988_00010002_cov150h.gif[/img]+a@6v6~6T2r9Dcnv
[b][url=http://www.sciencedirect.com/science/journal/18731988]http://www.sciencedirect.com/science/journal/18731988[/url] xT|G!eVx
[url=www.elsevier.com/locate/metmat]www.elsevier.com/locate/metmat[/url][/b]
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A$GD d3W p2V Description
q|:dX QX2I,~ The Journal aims to cover a wide area of research, connected with artificial electromagnetic materials and surfaces in microwave and optical range, and encompassing general theory, design, applications, fabrication and technology. This involves both theoretical and experimental papers on metamaterials, chiral and bianisotropic media, various periodic structures and frequency selective surfaces, EBG (electromagnetic bandgap) and PBG (Photonic bandgap) structures, high-impedance surfaces, nanostructures, etc., as well as whole range of their applications in antenna and circuit technology and various electromagnetic devices.
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JQ W.ab0d Particular directions, associated with the Journal, are:
)`%b,F7g` • Properties and design of advanced electromagnetic materials:3jCQK,rv?
- Metamaterials and Complex MediaY,Jq8\ ^
- Chiral and bianisotropic media5r/Z)zfo"X+_ d:G
- EBG, PBG and other periodic structuresX"KS"_R;_G}c
- Frequency-selective, high-impedance surfaces
&e(Lf&A^j ih - Nonlinear metamaterials
M o+QO,VjO - Nanostructures
Gjp+~)g-V[x c;Np2c - Biometamaterials
!P:gu+Mv • Analytical and numerical modelling9jAc&Y pX
• Antenna, circuit and other microwave and optical applications
]6LE4` p • Fabrication and characterization]/F8H t6h*X"M)Q*~
and other related topics.L&u/RB'_(h

,Pv ky&b,Z;o;_ Bibliographic & ordering information/e
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ISSN: 1873-1988  Imprint: ELSEVIER Commenced publication 2007
VXN;u%|d Subscriptions for the year 2008, Volume 2, 4 issues
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-S.J^3B*ZoXx@ Audience
H7FZ-h ]$STJ Physics: Solid State Physics, Optics, Engineering: Artificial surfaces, Photonics Crystals
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Wiki Source

[b] Internet portals[/b][list=1][*][url=http://www.elsevier.com/locate/metmat/]Journal "Metamaterials" published by Elsevier (homepage)[/url][*][url=http://www.sciencedirect.com/science/journal/18731988]Online articles: "Metamaterials" in ScienceDirect[/url][*][url=http://feeds.aps.org/rss/topics/metamaterials.xml]RSS feed for Metamaterials articles published in Physical Review Journals[/url][*][url=http://metamaterials.net/]MetaMaterials.net Web Group[/url][*][url=http://metamorphose-vi.org/]Virtual Institute for Artificial Electromagnetic Materials and Metamaterials ("METAMORPHOSE VI AISBL")[/url][*][url=http://metamorphose-eu.org/]European Network of Excellence "METAMORPHOSE" on Metamaterials[/url][/list];MX| ^}"{#L
[b]More articles and presentations  [/b][list=1][*][url=http://www.flintbox.com/technology.asp?page=3142]UWB Tunable Delay System, Prof Christophe Caloz, Ecole Polytechnique de Montreal)[/url][*][url=http://www.metaphotonics.de/]Metaphotonics.de - Information about Photonic Metamaterials in Karlsruhe (HHNG Dr. Stefan Linden and Prof. Dr. Martin Wegener)[/url][*][url=http://www.imagico.de/pov/metamaterials.html]Realistic raytraced images, videos and interactive web-based demonstrations of materials with negative index of refraction.[/url][*][url=http://metamaterialsplus.com/]Cloaking devices, nihility bandgap, LF magnetic enhancement, perfect radome[/url] NIT Japan[*][url=http://emtalk.com/tut_4.htm]Left-Handed Flat Lens HFSS Tutorial[/url] EM Talk Tutorial[*][url=http://iop.org/EJ/toc/1464-4258/7/2]Journal of Optics A, February 2005[/url] Special issue on Metamaterials[*][url=http://physics.ucsd.edu/lhmedia]Experimental Verification of a Negative Index of Refraction[/url][*][url=http://physicsweb.org/articles/news/10/5/16/1]How To Make an Object Invisible[/url][*][url=http://theuniversalseduction.com/articles/ee-times-metamaterials-hold-key-to-cloak-of-invisibility]Metamaterials hold key to cloak of invisibility[/url][/list]

多谢多谢。。。昨天我想把这个期刊连接发上来，可惜网络有点问题，数据库打不开。。。呵呵呵，多谢了。。。

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