Index
Introduction
The Research at Rijnhuizen
Results in 2008
Education, Training, Outreach and Public Information
Output
Appendix
website Rijnhuizen
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Funded projects
fusion Physics Department
Title
|
Source of funding |
Manipulation of mesoscale structures in hot, magnetized plasmas*
|
FOM (FP-74)
|
PSI-lab, an integrated laboratory on plasma-surface interaction*
|
FOM (FP-75) |
Fusion Research*
|
Euratom (EFP) |
High power microwaves in
ITER and beyond
|
NWO (NWO-1) |
Transport Barriers in hot magnetized
plasmas - in search for the missing link
|
NWO (NWO-3) |
Support to ITER Diagnostic Design*
|
EFDA (EFDA-1) |
EFDA ITER design of an ECRH upper Launcher*
|
EFDA (EFDA-2) |
Development of a combined two-
dimensional ECE Imaging/microwave
imaging reflectometry system
|
US-DOE |
Magnetized Astrophysical jets: launch,
collimation, stability and termination
|
NWO-E Open Competition |
PSI-Lab, an integrated laboratory on
plasma-surface interaction
|
NWO-Groot
|
Fusion as part of the energy system*
|
EFDA (EFDA-PI) |
European Fusion Training Scheme
|
EODI (042884) |
EU/RF collaboration on CXRS
|
EFDA |
Diagnostic design for ITER
|
CXRS and LIDAR (funding: EFDA) |
ITER-NL: a frontline position in ITER
|
OC&W (FES-Grant) |
| The role of turbulence and electric fields INTAS in the formation of transport barriers and the establishment of improved confinement in tokamak plasmas through intermachine comparisons |
INTAS |
| Centre of Excellence for Fusion Physics and Technology |
NWO |
| FUSENET |
Euratom |
Nanolayer surface and interface Physics Department
Title
|
Source of funding |
eXtreme UV Multilayer Optics (IPP-XMO)
|
Carl Zeiss SMT AG, FOM Programme I10
SenterNovem (WBSO) |
PSI-lab, an integrated laboratory on plasma-surface interaction*
|
FOM (FP-75) |
Laser Wakefield Accelerators
|
FOM (FP-55) |
Dynamics of plasma activated surface processes
|
FOM-99TF24 (TF) |
PSI-Lab, an integrated laboratory on plasma-surface interaction
|
NWO-Groot |
Nanostructured Arrays
|
UT, PANalytical, ASML |
Advanced Development Coater (‘ADC’)
|
FOM, Carl Zeiss SMT AG |
Photolytic salt formation at
oxide surfaces
|
NIMR, ASML |
Dynamic Scaling of Ion-Etched Silicon
Surfaces
|
ESRF, Grenoble |
Metrologie voor het Extreem Ultraviolet
golflengtegebied
|
Scientec Engineering, STW Valorisation Grant |
Advanced multilayer coatings for high
volume EUV lithography (ACHieVE)
|
ASML, SenterNovem |
In situ monitoring of contamination layers on EUV optics at Angstrom resolution, ‘IS it CLEAR’
|
NIMR, ASML |
Nano-engineering rules for X-ray and
EUV optics: Atomic-scale controlled
deposition
|
STW |
Development of Extreme UV multilayer
coating technology towards production
tool optics
|
Carl Zeiss SMT AG |
GUTHz Department
Title
|
Source of funding |
The IR user facility FELIX, expanded
with FELICE
|
FOM (FP-58) |
|
Molecular dynamics studies with
intense IR radiation
|
FOM (FP-59) |
|
Cold Molecules
|
FOM (FP-50) |
|
Diamonds in the sky ?
|
FOM -projectruimte (PR-3) |
|
Development of remote control for
the FTICR mass spectrometer at
FELIX/FELICE
|
FOM (Knelpunten & Experimenten) |
|
Trapping neutral molecules
|
FOM-Projectruimte (PR-4) |
|
Towards a molecular Bose-Einstein
condensate
|
FOM-Projectruimte (PR-5) |
|
Beam time on FELIX for UK scientists?
|
Materials Division EPSRC, UK |
| Furthering Access to the IR-light |
IA-SFS, 6th FP, EU |
|
A versatile facility for vibrational studies conformational dynamics
|
NWO-Middelgroot |
|
A US - Dutch mass spectrometry consortium for advanced modelling and biological structure and imaging applications
|
NSF-PIRE |
| Controlled solvent induced shuttling in molecular motors in the gas phase. |
CW/NWO-VENI (A.M. Rijs) |
|
