Current status of student majors

학생현황 - 학생분류, 인원, 평균 입학연령 및 평균 졸업기간, 연령 및 기간 정보제공
Type Number of Students Avg. age of admission &
Avg. graduation period		 Age & period
Enrolled Students 4 Average age of new students in master course 26.13
Students on leave - Average age of new students in doctor course 31.09
Completion Students 2 Average age of new students in integrative course 25.52
Master Graduates 21 Average graduation period in master course 2.34
Doctoral Graduates 3 Average graduation period in doctor course 4.25
International Students 2 Average graduation period in inegrative course 6.01

Student Research Performance

게시물검색
학생연구실적 - 연도, 연구실적 구분, 게재지, 연구실적명 정보제공
Year Field of Research Journal Research
2023 Journal Nuclear Engineering and Technology 2009-2022 Thailand public perception analysis of nuclear energy on social media using deep transfer learning technique
2023 Journal Atmosphere A Study on Radiological Hazard Assessment for Jordan Research and Training Reactor
2019 Journal Journal of Radiation Protection and Research Effect of Agricultural Countermeasures on Ingestion Dose Following a Nuclear Accident
2018 Journal 방사선기술과학 Performance Comparison of Bed-type and Stand-type Commercial Whole Body Counter Made by Canberra for Internal Exposure Monitoring
2015 Journal Journal of Radioanalytical and Nuclear Chemistry A rapid and efficient automated method for the sequential separation of plutonium and radiostrontium in seawater
2015 Journal 한국방사성폐기물학회 Optimization of radiostrontium separation process using Sr resin
2013 Journal Journal of Radiation Protection Assessment of 137Cs for Selection of Reference Site of In Situ Gamma Spectrometry in Some Areas of Jeju Island
2013 Journal Journal of Radiation Protection Efficient sample digestion method for uranium determination in soil using microwave digestion for alpha spectrometry
2013 Journal Journal of Radiation Protection External Exposure Due to Natural Radionuclides in Building Materials in Korean Dwellings
2013 Journal Radiation Protection Dosimetry Mathematical approach to determine the linear attenuation coefficient without collimator in gamma-ray spectrometry