IEAP - Institute of Experimental and Applied Physics

Experimental subatomic physics

Imaging detectors of Medipix family
New technologies and materials for position sensitive radiation detectors (3D detectors, CdTe, BN, ...)
Monte-Carlo simulations of detection proces, detectors characterization and tests
Development of readout electronics (USB and FITPix) and software (Pixelman)
Methods of radiation imaging (neutron imaging, X-ray microradiography and tomography, phase sensitive imaging, XRF, Radiography with heavy charged particles, CINAA ...)
Aplications of imaging detectors (medical science, biology, material science, dosimetry ...)
Imaging detectors in fundamental physical experiments (Plasma induced nuclear excitation, Nuclear fission, Channeling-blocking, radiation monitoring for ATLAS, detection of ultra cold neutrons)

R&D detectors operating at room temperature
3D detectors based on Si technology
Position sensitive semiconductor detectors
Radiation hardness semiconductor detectors
Detectors of thermal neutrons fabricated from nitride bor
Detectors of thermal neutrons fabricated from semi-3D Si technology
Use of material and electronic characterization for basic tests of detectors and detection structures
Development and use of detection tests for experimental study of detectors and detection structures
Development of HW&SW for detector DAQ

Particle physics

Technique of coincidence neutron activatio analysis (CINAA)
Alpha spectrometry: determination of Radon concentration in air
X-ray fluorescence and imaging (XRF)
Position sensitive spectrometry of charged particles for: detectors studies, channeling-blocking and radiography

	Low-energy nuclear excitation by laser induced plasma Spectroscopy of fission fragments Structure of atomic nuclei
	Miniutarized sensitive thermal neutron sensor Wide range gamma facility Neutron source facilities