1. g A biased view Nuclear Physics Applications Detection techniques ions
Nuclear matter
EELS -energy
filtered imaging
Halo nuclei g
Micro dosimetry
Environmental
radiation
Safety analyses

2. Safety analyses of a repository for nuclear waste
Nuclear Physics
Safety analyses of a repository for nuclear waste
Antonio Pereira, Bruno Mendes, Robert Broed
Radiation damage in the biological cell
David Liljequist
Halo nuclei
Katarina Wilhelmsen Rolander, Linda Gerén,
Karin Lindh, Per-Erik Tegnér, ChrB

3. Properties of nuclear matter
Nuclear Physics
ions
Properties of nuclear matter
Kjell Fransson
Linda Gerén
Lennart Holmberg
Kalle Lindberg
Per-Erik Tegnér
Katarina Wilhelmsen Rolander
ChrB

4. Deeply Bound Pionic Atoms
Nuclear Physics
ions
Deeply Bound Pionic Atoms
The width and the binding energy of the 1S state give information
on the local (s-wave) part of the optical potential, which in turn gives
information on pion properties in the nuclear medium.
 Partial restoration of chiral symmetry?

5. HOW: d + 136Xe  135Xep + 3He d + n  p- + 3He
Nuclear Physics
ions
HOW: d + 136Xe  135Xep + 3He d + n  p He
Cluster target of xenon 1013 atoms per cm2

6. ZERO-degree spectrometer
Nuclear Physics
ions
ZERO-degree spectrometer
DE  800 keV for 350MeV 3He

7. Nuclear Physics
Sampled pulses
ions E  v  B
15 mm

8. Detector elements made in Jülich
Nuclear Physics
ions
Detector elements made in Jülich
6636 mm2 position sensitive
Three arm spectrometer

9. Electron Energy Loss Spectroscopy
Nuclear Physics e-
Electron Energy Loss Spectroscopy
Stefan Csillag
Susanne Nyquist
Esteban Urones
Per-Gustaf Åstrand

10. Nuclear Physics e-
Single electron detection

11. Nuclear Physics e-

12. Nuclear Physics e-

13. Nuclear Physics e-

14. Nuclear Physics e-

15. Nuclear Physics e-

16. Nuclear Physics e-

17. Environmental gamma radiation
Nuclear Physics g
Environmental gamma radiation
Jan Blomquist
Kjell Fransson
David Liljequist
Gilberto Batres
Pia Nilsson
Per-Erik Tegnér
ChrB

18. g Environmental in situ gamma spectroscopy Nuclear Physics 0.5 g/cm2

19. CdTe detectors g  Eg=662 keV + - Sampled preamp. pulses (full energy
Nuclear Physics
CdTe detectors g 
Eg=662 keV + -
Sampled preamp.
pulses (full energy
deposited).
2mm
For holes:
td = 3.6µs
 = 2.5µs
Pulse-height spectrum

20. g Interaction depth vs. pulse height (after analysis)
Nuclear Physics g
Interaction depth vs. pulse height
(after analysis)
Projection on pulse-height axis. + -
Energy spectrum after analysis
depth

21. Nuclear Physics g