Nazire Celik
Papers
2
Total Citations
11
H-Index
2
About
Dr. Nazire Celik is a leading figure in radiation effects research and accelerator-based testing, whose work is critical to the reliability of electronics in both outer space and high-energy physics. Her primary research areas center on proton irradiation facilities, beamline instrumentation, and the radiation hardness assurance of electronic components. Dr. Celik’s most significant contribution is her leadership in the METU Defocusing Beam Line (METU-DBL) project at the Middle East Technical University. This facility, which delivers 15–30 MeV protons, is a unique national resource designed to simulate the harsh radiation environments encountered by satellites, spacecraft, and the electronics for the High-Luminosity LHC upgrade. Her foundational paper on the METU-DBL beamline (2020) has garnered 8 citations, establishing the technical blueprint for the facility. Her subsequent work on the installation of the beamline for space radiation tests (2019) has been cited 3 times, demonstrating the project’s progression from design to operational reality. By creating a dedicated, high-quality irradiation platform, Dr. Celik has enabled vital testing for nuclear material research and space-grade electronics, directly supporting Turkey’s growing role in space technology and the global scientific community’s needs for radiation-hardened systems.
Research Focus
Key Achievements
Top Papers
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