IMM

Metallic nanostructures and magneto-plasmonics

CSIC

Fabrication


Equipment available at IMM and used in the group's research:

Growth


Combined MBE - Magnetron UHV deposition system

Base pressure < 5. 10 -10 mbar.
Load lock for quick sample entry.
6 DC-RF magnetrons.
1 knudsen cell.
Electron beam evaporator with three crucibles.

Sample temperature between RT and 800ºC.

Posibility of connecting Cluster source from ICMM (Dr. Y.Huttel).

Old sputtering system

Magnetron UHV sputtering system

Base pressure < 5. 10 -10 mbar.
Load lock for quick sample entry.
Deposition of 5 different materials.
DC and RF power supplies.
Posibility of connecting Cluster source from ICMM (Dr. Y.Huttel).
New Sputtering system

Nanostructuration


UV and high resolution electron beam lithography + etching facilities electron beam

News

- New project: "Active metastructures" (AMES) MAT2014-58860-P. A 4-year PhD grant is available. Visit our Job Offer section. ...

- Magneto-plasmonics review article. We have recently published a review article in the very first number of Advan...

- New Article 2012: J.C. Banthi et al, High Magneto-Optical Activity and Low Optical Losses in Metal-Dielectric Au/Co/Au–SiO2 Magnetoplasmonic Nanodisks...

- New Article 2011: E. Ferreiro-Vila et al.; PRB Editor's choice. Magneto-optical and magnetoplasmonic properties of epitaxial and polycrystalline Au/Fe...

- "FUNCOAT" CONSOLIDER Project: Funcionalización superficial de materiales para aplicaciones de alto valor añadido. CSD2008-00023....

- "Ctes Opticas de Multiples Materiales". http://www.luxpop.com

Announcement

CEN2020
logo mini | ©2014 IMM-CNM-CSIC