SIHF /CELLION Lund Institute of Technology at the Lund University, Lund, Sweden Jan.Pallon@nuclear.lu.se http://www.lu.se, http://www.lth.se.

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Presentation transcript:

SIHF /CELLION Lund Institute of Technology at the Lund University, Lund, Sweden Jan.Pallon@nuclear.lu.se http://www.lu.se, http://www.lth.se

Lund

Lund University in May Founded in 1666 (Skåne just recently taken from Denmark) Largest facility for research and higher education in Scandinavia: 34 000 students incl. 3200 phD students 6000 employees

Physics Department Lund Institute of Technology Atomic Physics Combustion Physics Mathematical Physics Nuclear Physics Solid State Physics Science Faculty Complex Systems Experimental High Energy Physics Nuclear Physics Solid State Theory Synchrotron Radiation Physics Theoretical High Energy Physics Associated services Cryogenic Laboratory Mechanical Workshop Resource Center for Physics Education Physics & Astronomy Library In total about 340 persons

Solid State Physics Materials Science and Nanotechnology Physics of Materials and Nanometer Structures Applications in electronics and other areas Nanometer Structure Consortium (1990) chemical beam epitaxi, artificial molecules

Nuclear Physics Applied Nuclear Physics, Ion beam techniques: PIXE (Johansson, Johansson, Akselsson, 1970) Aerosol physics (1975) Nuclear Microprobe (1990) AMS

The Nuclear Microprobe group Vaida Auzelyte (PhD stud) Mikael Elfman (Dr.) Per Kristiansson (Prof.) Charlotta Nilsson (Master stud) Christer Nilsson (Technician) Jan Pallon (Dr.) Asad Shariff (PhD stud) Marie Wegdén (PhD stud) Crister Ceberg (Dr., Radiophysics Dept. at Lund University Hospital.

NMP Lund View towards the accelerator (3 MV single-ended NEC)

Present status Working micro-probe line, including IBL Beam-line for sub-µm spot almost finished Alignment of lenses, apertures and other beam transport adjustments needed Beam blanker exists Beam scanning and software for IBA ready

Modifications needed for SIHF Choice of hit detection method Facility design; window, cell dish, microscope, detector Cell dish design Beam scan coordinates <-> cell position from microscopy (tests using track film) Cell irradiations

Summary There are a lot of tasks available for the MCRTN PhD-student and post-doc(s). The technical and research environment will allow us to have a SIHF in function within the project time.