The ILL has firmly established itself as a pioneer in neutron science and technology. Neutron beams are used to carry out frontier research in diverse fields.
06/1997
D1A
A new MSGC detector on D1A
D20
First result with the D20's MSGC detector
D4C
Starts of the D4C's MSGC project
12/1997
2D MSGC Detector
12/1998
Failure of the D20's MSGC detector
06/1999
D20's repair
12/1999
IN4C
The new multi-wire proportional counter
BIDIM80
A 2D Micro-strip Gas Chamber (MSGC) detector with a 80 x 80 mm2 sensitive area
01/2000
Status of D20
IN4C status
IN4
Replacement of the electronics
IN5
An integrated amplifier and discriminator circuit for noise reduction
02/2000
Reconstruction of the very large MSGC detector
Mounting of the nine MSGC detectors filled with 15 bars of gas
06/2000
First neutrons on the new D20 detector
D4C upgrade's progress
12/2000
D10
The complete physicist's diffractometer ?
D15
New detector for D15
D20 successfully re-commissioned!
Nitrogen neutron beam monitor
06/2001
Bidim200: the largest 2D microstrip detector ever built
D22
Fast SANS detector for D22
12/2001
D2B
The Super-D2B Millennium Project & New ILL 4K Refrigerator
D19
A new detector for D19
12/2002
D16
A new detector for D16 : Bidim26
A EPSRC grant for the new D2B detector
Online Laue diffraction with a position sensitive scintillator detector
06/2003
D19 detector: soon a gain factor of 25
The new D2B is available with its unique high-resolution 2D detector!
A fast SANS detector on D22
12/2003
PSD qualification on IN5
IN13
A new PSD for IN13
Fast detectors for SANS and reflectometry instruments
A Gas Proportional Scintillation Counter for neutron detection
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