Cüneyt ÇELİKTAŞ
Fen Fakültesi, Fizik Bölümü, Nükleer Fizik Anabilim Dalı
Research areas: Physics
Publications
- A Different Way to Obtain Mass Attenuation Coefficients of H, Ag, and U Elements for Gamma Energies Between 0.001 to 100 000 MeV (2026)
- Investigation of gamma-ray attenuation characterization in high-purity silicon wafers using an MPPC-based detection system and LabVIEW-assisted theoretical modeling (2026)
- Image acquisition of the gamma-ray energy spectrum (2025)
- An MPPC alpha detection performance comparison study by two different scintillators (2024)
- The experimental internal bremsstrahlung spectrum of $${}^{14}$$C isotope (2024)
- Investigation of a Beta Spectrum through Virtual MCA Supported By Virtual Oscilloscope (2023)
- Investigation of the Operation of a Fast Photomultiplier in a Scintillation Alpha-Particle Detector (2023)
- Investigation of Alpha Detection Performances of Two Different Types of Photomultiplier Tubes (2023)
- An Application of Timing Measurement (2022)
- Spinthariscope Based MPPC Alpha Detector (2022)
- Design of a Virtual MCA and Its Use in Radiation Spectrometer (2022)
- A Method to Improve Gamma Energy Resolution of BC-420 Type Organic Scintillation Detector (2022)
- A Different Method to Determine the Gamma-ray Linear Attenuation Coefficient (2021)
- Developing a Virtual Counter for Radiation Detection Systems (2021)
- A Comparison of Two Discrimination Spectrometers (2021)
- Developing of a Virtual MCA to Acquire a Radiation Spectrum (2021)
- Effects of the positions of scintillation detectors with fast scintillators and photomultiplier tubes on TOF–PET performance (2020)
- Çok Amaçlı Foton Sayıcı (ÇAFS) ile 137Cs Gama Spektrumunun Elde Edilmesi (2020)
- How Scintillation Crystal Type Affects the Energy Spectrum (2018)
- Calibration of gamma-ray detectors using Gaussian photopeak fitting in the multichannel spectra with a LabVIEW-based digital system (2017)
- A comprehensive study for mass attenuation coefficients of different parts of the human body through Monte Carlo methods (2016)
- Software emulator of nuclear pulse generation with different pulse shapes and pile-up (2016)
- A method for coincidence timing resolution enhancement (2016)
- Comparison of Theoretical and Experimental Alpha Energy Spectra (2014)
- A method to enhance coincidence time resolution with applications for medical imaging systems (TOF/PET) (2014)
- Note on the comparison of experimental and simulated gamma energy spectra for NaI with 137Cs, 60Co, and 241Am (2014)
- Alpha energy resolution enhancement of a Si surface barrier detector (2012)
- Energy resolution improvement of NaI(Tl) scintillation detectors by means of a timing discrimination method (2012)
- Alpha energy resolution improvement of a general purpose plastic scintillation detector (2012)
- Comparison of resolving time values of different scintillation detectors in the coincidence experiments (2012)
- A method to obtain a noiseless beta spectrum (2012)
- Selection of beta signals in electronic noise band (2012)
- Effects of detector–source distance and detector bias voltage variations on time resolution of general purpose plastic scintillation detectors (2012)
- Time resolution investigations for general purpose plastic scintillation detectors in different thicknesses (2012)
- Development of an arbitrary function generator and test system for nuclear spectrometers (2011)
- Determination of beta attenuation coefficients by means of timing method (2011)
- A method to determine the gamma-ray linear attenuation coefficient (2011)
- Determination of Linear Attenuation Coefficients of Materials by Using Timing Method (2009)
- Development of a Discrimination Set-Up (2008)
- Development of a Setup for the Discrimination of β+ and γ Rays (2007)
- An Investigation for Obtaining Pure Energy Spectra at Room Temperature (2007)
- Improving the MCA Spectra of BC‐400 Plastic Scintillation Detectors at Room Temperature (2007)
- Development of Two Spectrometers for the Noiseless β Energy Spectrum of Radiocarbon at Room Temperature (2007)
- Energy Resolution Improvement of the Gamma Spectrum of133Ba Radioisotope by Means of a Timing Technique (2007)
- Compton suppression through rise-time analysis (2007)
- Improvement of an Energy Spectrum by Means of a Timing Technique (2006)
- An Apparatus to Obtain a Pure Annihilation Peak (2006)
- An Application of a Timing Measurement: Separation of a Photo Peak (2006)
- An Apparatus for β–γ Ray Separation (2006)
- A method for obtaining the pure annihilation peak of radioisotope (2005)
- Improvement of electron scattering and transmission spectra on 204Tl isotope (2004)
- Improving the resolution of beta scattering spectroscopy (2004)
- Revealing low-energy part of the beta spectra (2002)