Back to Results
First PageMeta Content
Electrical engineering / Field electron emission / Free-electron laser / Laser / Electron / Work function / Physics / Electron beam / Condensed matter physics


Reprinted from Collimated Field Emission Beams from Metal Double-Gate Nanotip Arrays Optically Excited via Surface Plasmon Resonance Patrick Helfenstein, Anna Mustonen, Thomas Feurer, and Soichiro Tsujino
Add to Reading List

Document Date: 2014-12-10 18:20:42

Open Document

File Size: 2,58 MB

Share Result on Facebook

City

CST / London / Nordheim / /

Company

Soichiro Tsujino1 1 Laboratory / ACS / Shimizu / APEX / /

Country

Netherlands / /

/

Facility

filled square / University of Bern / Paul Scherrer Institute / Switzerland Institute of Applied Physics / /

IndustryTerm

double-gate metal nanotip array / personal Web sites / photon energy / actual devices / resonance photon energy / pulse energy / beam energy / metal nanotip array cathode / metal emitters / accelerator applications / double-gate technology / metal double-gate nanotip arrays / /

Movie

Close-up / /

Organization

Japan Society of Applied Physics Person-to-person / Japan Society of Applied Physics / Paul Scherrer Institut / Swiss National Science Foundation / Switzerland Institute of Applied Physics / University of Bern / Paul Scherrer Institute / /

Person

J. F. van der Veen / Thomas Feurer / Anna Mustonen / B. Schmitt / V / Soichiro Tsujino Appl / P. Helfenstein / V / Paul Scherrer / /

Position

author / Professor / /

Product

Jini / /

Technology

radiation / laser / double-gate technology / X-ray / lasers / X-ray FEL technology / dielectric / lithography / simulation / Computer Simulation Technology / /

URL

http /

SocialTag