| Research Topics |
Lecturer |
Laboratory |
Contact |
- Production, characterization and modeling of radiation armor materials
- Neutron Radiography in composite materials
- Material testing with thermal neutrons using non-destructive testing technique
- Characterization of phase change materials with thermal energy storage capability
- Development of surface acoustic wave-based heavy metal ion sensors
|
Prof. Dr. Erol KAM |
Neutron Activation Analysis Laboratory (NAA)
Radiography Laboratory |
E-mail: kamerol@itu.edu.tr
Tel: +90 212 285 38 84 |
-
Non-destructive analysis of volumetric materials with digital neutron radiography technique
- Combustion analysis of reactor fuels
- Analysis of coal with nuclear techniques (ash, moisture, calorific value)
- Explosive detection in dual energy x-ray security systems
- Fast Neutron Activation Analysis
- Neutronic studies in the TRIGA Mark II reactor
- Measurement and analysis of g1(x) spin dependent structure functions of deuteron and proton with deep inelastic scattering technique
- NMR measurements on polarized proton and deuteron targets with the DNP Method
|
Prof. Dr. İskender Atilla REYHANCAN |
Low Level Radioactive Measurements Laboratory (DSROL) |
E-mail: iareyhancan@itu.edu.tr
Tel: +90 212 285 74 65 |
- Radiation dosimetry
- Radiation shielding
- Effect of radiation on materials
- Synthesis and Analysis of Radiation Resistant Materials suitable for use in TRIGA type Research Reactor
- Development of a detector suitable for use in ports in TRIGA type Research Reactor
|
Prof. Dr. Nilgün BAYDOĞAN |
Radiation Detection and Measurement Laboratory
Innovative Materials Laboratory in Radiation Technologies |
E-mail: dogannil@itu.edu.tr
Tel: +90 212 285 34 92
|
- Design, management and environmental issues of nuclear and radioactive waste sites
- Material production and applications for waste management technologies
- Nuclear fuel cycle technologies and applications
- Production and applications of armor materials in radiation protection
- Energy materials production, characterization, applications and recovery of precious metals
|
Prof. Dr. Sema ERENTÜRK |
Innovative Materials Laboratory in Radiation Technologies |
E-mail: erenturk@itu.edu.tr
Tel: +90 212 285 39 38
|
- Nuclear chemistry, radiochemistry (separation processes, radioactive tracer methods)
- Radiation detection and measurement (Gamma spectroscopy, neutron activation analysis)
- Production of radiation armor materials
- Environmental radioactivity, radioecology (fallout radionuclides and their use in erosion and sedimentation processes in terrestrial research)
- Management of nuclear reactor waste (water and wastewater treatment, materials production)
|
Prof. Dr. Sevilay HACIYAKUPOĞLU |
Radioactive Tracers and Applications Laboratory |
E-mail: haciyakup1@itu.edu.tr
Tel: +90 212 285 38 87
|
- Use of two-layer nuclear fuels in light water reactors; neutronics and fuel performance
- Thorium use in nuclear reactors; fuel management perspective
- Design and use of small modular and microreactors
|
Prof. Dr. Üner ÇOLAK |
Advanced Solar Energy Conversion Technologies Laboratory
Hybrid Battery Technologies Laboratory |
E-mail: unercolak@itu.edu.tr
Tel: +90 212 285 39 45
|
- Gamma-ray spectroscopy (measurements of natural and artificial radioactivity in environmental samples)
- Neutron activation analysis (elemental analysis in environmental samples)
- Applications of radioactive tracer techniques
- Radiation shielding studies
|
Asst. Prof. Ayşe Nur ESEN |
Low Level Radioactive Measurements Laboratory (DSROL) |
E-mail: anesen@itu.edu.tr
Tel: +90 212 285 39 42 |
- Low energy ion accelerators
- Particle detectors and counting systems
- Light nuclear proton reactions
- Isotropic neutron sources and applications
- Fast neutron radiography
|
Assoc. Prof. Recep BIYIK |
Radiography Laboratory
Neutron Activation Analysis Laboratory (NAA)
|
E-mail: rbiyik@itu.edu.tr |
- Whole body models and radiation risk determination
- Patient-specific dosimetric modeling
- Production, characterization and modeling of radiation armor materials
- Applications of the Monte Carlo method in nuclear reactor and radioactive waste management
- Nuclear applications of artificial intelligence techniques
|
Prof. Dr. Ahmet BOZKURT |
|
E-mail: ahmetbozkurt@itu.edu.tr |
- Simulations, optimization, analysis of design parameters of nuclear power plants
- Thermodynamics, heat transfer, thermal hydraulics, CFD and safety analyzes for nuclear power plants
- Analysis and optimization of nuclear cogeneration plants (hydrogen production along with power production, drinking water production and similar)
- Heat transfer by two-phase flows and boiling (for design and safety analysis of nuclear reactors)
|
Prof. Dr. Ahmet DURMAYAZ |
|
E-mail: durmayaz@itu.edu.tr
Tel: +90 212 285 38 78 |
- Radiation shielding
- Radiation techniques
- Radiation detection and measurement
- Examination of porous media with radiation techniques
|
Prof. Dr. Ayşe Filiz BAYTAŞ |
|
E-mail: fbaytas@itu.edu.tr
Tel: +90 212 285 38 90 |
- Planning Modeling in Trigeneration Systems
|
Prof. Dr. M. Özgür KAYALICA |
|
E-mail: kayalica@itu.edu.tr |
- Nuclear power plant design with neutronic and thermal hydraulic analysis
- Nuclear security analysis
- Nuclear assurance and safety studies
- Small Modular Reactors (SMR) and Micro Reactors
- Nuclear applications
|
Assoc. Prof. Senem ŞENTÜRK LÜLE |
|
E-mail: senturklule@itu.edu.tr
Tel: +90 212 285 39 41
|
- Intracardiac fuel management in nuclear reactors
- Combustion analysis of nuclear reactor fuels with experimental and simulation methods
- Nuclear fuel cycle analysis
- Radiation shielding analyzes with experimental and Monte-Carlo methods
- Radiation detectors
|
Assoc. Prof. Tayfun AKYÜREK |
|
E-mail: akyurektayfun@itu.edu.tr |
- Nuclear Safety and Applications
- Nuclear reactor design and simulation in terms of thermal hydraulics
- CFD applications
- Heavy Accident management strategies
|
Lecturer Muhammet Enis KANIK |
|
E-mail: kanikenis@itu.edu.tr |