Nuclear Energetics LaboratoryLJE
prof. emer. Bruno Cvikl, Ph.D.
bruno.cvikl@guest.um.si
The LJE is equipped with the instrumentation for radiation inspection of the working surroundings and relatively simple radioactivity measurements. For more pretentious measurements the sensitive scintillation gamma spectrometer and alpha spectrometer are at the disposal. The equipment enables a direct incorporation into the research and the development work related with the planned radioactive waste repository and its operation.
In LJE the high vacuum system for the thin films deposition is installed that is additionally supported by equipment needed for the investigation of their electrical characteristics. The high vacuum system enables the film deposition of the inorganic as well as organic semiconductor and metal substances that are investigated for possible use as sensors and detectors of ionization radiation.
OUR TEAM
prof. emer.Bruno Cvikl, PhDbruno.cvikl@guest.um.si
full. prof.Ivo Kodeli, PhDivan.kodeli@guest.um.si
Matjaž Koželj, M.Sc.matjaz.kozelj1@guest.um.si
|
VACUUM NANO EXHAUST SYSTEM 36 Vacuum deposition of semiconductor thin films for neutron sensors. |
SLIM LAYER METER – PROFILMETER ALPHASTEP D-500 STYLUS PROFILER Stylus type equipment for thickness measurements of deposited thin semiconductor films. |
|
SEMICONDUCTOR PARAMETERIZATION SYSTEM Characterisation of solid-state nuclear sensors. |
ALFA SPEKTROMETER SINGLE INPUT NIM SPECTOMETER, 450 MM2 LOW-BACKGROUND ULTRA-AS DETECTOR, PORTABLE P Nuclear alpha-ray spectroscopy of environmental samples. |
|
LABR3 SCINTILATION DETECTOR (CE) Nuclear gamma-ray spectroscopy of environmental samples. |
AMBE NEUTRON SOURCE CF-252, INITIAL ACTIVITY 185KBQ Neutron source for the characterisation of nuclear radiation sensors. |
- Jecl, B. Cvikl, Thin Solid Films, 646 (2018) 190.
- Koželj, B. Cvikl B, Thin Solid Films 616 (2016) 786.
- I. Kodeli, V. Radulović, G. Veniger, D. Kavšek, T. Kuc, M. Ciechanowski and W. Pohorecki, Nuclear Fusion 59 (2019) 086051.