Scientists

This page shows a selection of interesting pages in English from this website for scientists.

FELIX Highlights

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Highlights 2010

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FELIX Beamtime application

Research proposals should be submitted in a 'standard format' (see end of this page). The facility management will complement each proposal with comments on the feasibility of the required FELIX/FELICE performance, the beam time needed, and other operational aspects. A Programme Advisory Committee convenes two times per year to review requests for beam time, with the aim to set up a priority rating. The rating will be translated into an operation schedule by the facility management.

Pilot-PSI

The linear plasma generator Pilot-PSI

Supported by European Atomic Community (Euratom) as part of the European Fusion Programme

EC Waves

Electron Cyclotron Waves

Electron cyclotron (EC) waves are electromagnetic oscillations in magnetized plasmas which are characterized by frequencies in the range of the electron cyclotron frequency or its harmonics. The work of the group is concerned with the behavior and usage of EC waves in high temperature fusion plasmas. Typical frequencies are in the 100 GHz range. In this frequency range, the microwaves generally propagate freely from vacuum to well inside the plasma.

Diagnostics

The instrumentation development group operatesor is involved in the exploitation of the following diagnostics on the tokamaks TEXTOR, ASDEX-UG and JET.

 

Highlights IDG group

Multi-Pulse Thomson Scattering

A burst-mode operated 10 kHz TV Thomson scattering system is installed on TEXTOR. The system has a high spatial resolution and can operate with a repetition rate of up to 10 kHz during three bursts of about 5 ms long. Each burst consists of a train of up to 50 pulses with 15 J each. Operation of the laser during one burst has been achieved; operation in a three burst mode is in preparation. Ultra-fast CMOS cameras are used in a Littrow polychromator to detect the Thomson scattered light.

Instrumentation Development

Scientific Programme

Supported by European Atomic Community (Euratom) as part of the European Fusion ProgrammeThe Instrumentation Development Group develops high-resolution, ultra-fast multi-channel diagnostics, with the aim to diagnose small-scale structures in hot magnetised plasmas. To stay at the cutting edge, the group pioneers new ideas and technologies.

The infrared user facility FELIX

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  • The research at the FOM Institute for Plasma Physics Rijnhuizen

    Rijnhuizen is one of the three research institutes of the Foundation for fundamental research on matter (FOM), the funding organization for physics in the Netherlands. The primary goal of FOM is to promote fundamental research on matter for the advancement of science.

     

    The high-quality scientific research takes place in four main departments.

     

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