| |
The Cold
Target Recoil Ion Momentum Spectrometer was developed for the spectroscopy
of atomic and molecular reactions. Several atomic physics groups contributed
to the technique and nowadays so-called Reaction Microscopes provide the
most detailed insight in the dynamics of objects on atomic scales, like
atoms, molecules and clusters.
The technique involves a supersonic gas jet
target, a well-defined electrostatic field and position&time-sensitive
particle detectors, e.g. of the
RoentDek
types DLD and HEX.
RoentDek builds custom-designed COLTRIMS systems ranging
from complete setups to individual and modular spectrometer solutions.
Complete systems were designed for:
|
| |
IKF, Frankfurt, Germany
CAB, Bariloche, Argentina
PUC, Rio de Janeiro, Brasil
Auburn University AL, USA
TAGEN, Sendai, Japan
ANL, Argonne IL, USA
HU, Zarqa, Jordan
AIST, Tsukuba, Japan
NRC, Ottawa, Canada
LBL, Berkeley CA, USA
JR MacDonald Lab, Manhattan KS, USA
University of Rochester NY, USA
Peking University, Beijing, China
East China Normal University, Shanghai, China
Griffith University Brisbane, Australia (in construction)
Tokyo University (Kashiwa), Japan (in construction)
COLTRIMS setup components (gas jet target parts, spectrometer, detectors) have been
delivered to:
ETH, Zürich, Switzerland
JILA, Boulder CO, USA
SIOM, Chinese Academy of Sciences, Shanghai, China
Banaras Hindu University, Varanasi, India |
Figure: typical COLTRIMS250 setup
|
