1. Institut de Physique de Rennes, Université de Rennes I, 35042 Rennes
Dissociative recombination: Recent Developments in Theory and Future Experimental Facilities
J. Brian A. Mitchell
Institut de Physique de Rennes, Université de Rennes I, Rennes

4. H3+ Ion Rotational Temperatures for different ion source and cooler conditions

6. Effect of Rotational Temperature on Experimental Rate Coefficient

10. Propensity rule +

14. Astrophysical Models:
C3H2+ + e C3H + H
Experimental Results

17. The HIRFL-CSRe Platform for DR Study
Xiaohong Cai
Institute of Modern Physics, Chinese Academy of Sciences
8th Int'l. Conference on Dissociative Recombination: Theory, Experiments & Applications
Aug , 2010, Tahoe, USA

18. Heavy Ion Storage Rings for Atomic & Molecular Physics
Location
Circumference
Magnetic
rigidity
Experiments
ASTRID
Univ. Aarhus
40.0
1.6
Atomic&molecular
CRYRING
MSI, Stockholm
51.6
1.4
TSR
MPI, Heidelberg
55.4
HIRFL-CSRe
IMP, Lanzhou
128.8
9.4
ESR
GSI
108.0
10.0
Atomic physics

19. HIRFL-CSR Layout CSRe CSRm ECRIS SFC K=70; Emax=10AMeV
SSC K=450; Emax=100AMeV
SFC
SSC
CSRm
CSRe
Ions
H, C~U
RIB
E (MeV/u) 10
100
1100
750
ΔP/P
~10-2
~10-3
~10-4
~10-5
CSRe
CSRm

20. Ion source + Pre-acceleration
HIRFL-MIRF
Injection：
Ion source + Pre-acceleration
Electron Target
Bumper
Neutral Particle
Detector
Molecular Ions Research Facility of HIRFL (MIRF)
9.4 Tm
120GeV—U92+
11/14/2018

21. HIRFL-MIRF layout
320KV HV Platform
pre- accelerate

22. KACST Storage Ring (Mohamed O. A. El Ghazaly)
Collaborations with:
Univ. Louvain La Neuve, Belgium
Univ. Rennes I, France
Univ. Frankfurt, Germany
GSI, Germany

23. Injector Commissioning