• FAQ view

  FAQ view How do I change the background image of the FAQ page? This image is set from the Topic taxonomy reference. Every FAQ is tagged with a Topic. Each topic has an image field which you can set by

• Laser Infrastructure: AWAKE

  Laser Infrastructure: AWAKE The Advanced Proton Driven Plasma Wakefield Acceleration Experiment (AWAKE) Run-1 aimed at studying plasma wakefield generation and electron acceleration driven by proton bunches. A 400 GeV proton beam is extracted from the CERN Super Proton Synchrotron, SPS,

• Laser Infrastructure: PHIN Drive Beam

  Laser Infrastructure: PHIN Drive Beam The goal of the CLIC drive laser research is to investigate the generation of powerful UV light (by means of fourth harmonic generation of a 500 MHz Nd:YLF laser) that is proposed for PHIN, the

• 

  Image Gallery

  Image Gallery

  6 April 2020
• Laser Infrastructure: CLEAR

  Laser Infrastructure: CLEAR CERN Linear Electron Accelerator for Research (CLEAR) is a stand-alone user facility, with the following goals: Accelerator R&D, support of high-gradient acceleration concepts in CERN's interest, creation of a test-bench for beam instrumentation, boosting collaboration with other

• Infrastructure

  Infrastructure Photoemission Laboratory and XPS Laboratory Infrastructure Photocathode Drive Laser Infrastructure: CLEAR Photocathode Drive Laser Infrastructure: PHIN/CLIC Drive Beam Generation Laser Infrastructure: AWAKE

• Publications

  Publications Publications with contribution of the Lasers & Photocathodes section members Photocathodes en iodure de césium utilisées à fort courant. G. Suberlucq, CERN CLIC Note 162 (5/1992) : Publication Photocathodes tested in the dc gun of the CERN photoemission laboratory.

• Personnel

  Personnel Lasers and Photocathodes (SY-STI-LP) Bruce Marsh Section Leader, Lasers and Photocathodes (LP) Ralf Erik Rossel Photocathode Engineer Miguel MARTINEZ CALDERON Fellow Edu Granados Laser Scientist Collaboration, Surface Chemistry and Coatings (TE-VSC-SCC) Mauro Taborelli Section Leader, Surface Chemistry and Coatings

• Photoemission Laboratory Infrastructure

  Photoemission Laboratory Infrastructure The Photoemission Laboratory includes a photocathode preparation chamber equipped with a physical vapor deposition system originally designed for two-element deposition, and a test DC electron gun beamline for photocathode characterization as shown in Fig. 1. A transfer

• Home

  Home The Photoemission Laboratory currently supports photocathode synthesis, installation and characterization for the CERN program CLEAR, and the AWAKE experiment. The laboratory also has an R&D program exploring the synthesis and characterization of photocathodes under the framework of CLIC. Since

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