- 1-0. Introduction
- 1-1. Learning the Basics of Radiation (1) Nuclei and Radiation
- 1-2-1. Learning the Basics of Radiation (2) Types and Properties of Radiation, Part1
- 1-2-2. Learning the Basics of Radiation (2) Types and Properties of Radiation, Part2
- 1-3-1. Learning the Basics of Radiation (3) Radioactive Materials, Part1
- 1-3-2. Learning the Basics of Radiation (3) Radioactive Materials, Part2
- 1-4. Learning the Basics of Radiation (4) Radiation Exposure
- 1-5. Learning the Basics of Radiation (5) Natural Radiation
- 1-6-1. Learning the Basics of Radiation (6) Radiation Measurement, Part1
- 1-6-2. Learning the Basics of Radiation (6) Radiation Measurement, Part2
- 1-7-1. Learning the Basics of Radiation (7) Demonstration of Radiation Measurement, Part1
- 1-7-2. Learning the Basics of Radiation (7) Demonstration of Radiation Measurement, Part2
- 1-7-3. Learning the Basics of Radiation (7) Demonstration of Radiation Measurement, Part3
- 1-8. Learning the Basics of Radiation (8) Application of Radiation
Subject | Natural Science, Engineering, Medicine & Health
Introduction to Radiation Safety ~Risk Assessment for Our Life and Society~
- Nuclear Power
- Radiation
- Environmental Pollution
- Risk Management
- Geoscience
Since the Fukushima Daiichi Nuclear Power Plant accident occurred, there has been a strong awareness that the risk of radiation and radioactive substances is not solely an issue to be handled by a few specialists albeit an issue that should be shared by many as a matter of wisdom for daily life. Simultaneously, there is strong interest in radiation protection in medical use and in the event of nuclear disasters, as well as in issues related to the risk management of radioactive waste. However, solutions to these issues, while eagerly awaited both in Japan and abroad, remain difficult to achieve. In contrast, a significant number of faculty members in Tohoku University are engaged in radiation-related research and education. Therefore, faculty members from the Graduate Schools of Science, Medicine, and Engineering will introduce the basics of radiation and radioactive substances, and their own knowledge of radiation. This course aims to deepen your knowledge of radiation and radioactive substances and to assist you in applying this to your daily life.
Content/学習内容
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- 2-0. Introduction
- 2-1-1. Nuclear Power and Radioactive Materials, Part1
- 2-1-2. Nuclear Power and Radioactive Materials, Part2
- 2-2-1. Fukushima Nuclear Accident (1) What Happened?, Part1
- 2-2-2. Fukushima Nuclear Accident (1) What Happened?, Part2
- 2-3-1. Fukushima Nuclear Accident (2) Radiation Level and Soil Contamination, Part1
- 2-3-2. Fukushima Nuclear Accident (2) Radiation Level and Soil Contamination, Part2
- 2-4-1. Fukushima Nuclear Accident (3) Reality of Residents' Exposure to Radiation, Part1
- 2-4-2. Fukushima Nuclear Accident (3) Reality of Residents' Exposure to Radiation, Part2
- 2-5-1. Fukushima Nuclear Accident (4) Impact on Agricultural and Fisheries Industries, Part1
- 2-5-2. Fukushima Nuclear Accident (4) Impact on Agricultural and Fisheries Industries, Part2
- 2-6-1. Fukushima Nuclear Accident (5) Risk of Internal Exposure, Part1
- 2-6-2. Fukushima Nuclear Accident (5) Risk of Internal Exposure, Part2
- 2-7-1. Fukushima Nuclear Accident (6): Social Problems of Radiation that Still Remain, Part1
- 2-7-2. Fukushima Nuclear Accident (6): Social Problems of Radiation that Still Remain, Part2
- 2-8. How to Achieve Safety and Peace of Mind in our Society with Radiation?
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- 3-0. Introduction
- 3-1-1. Internal and External Exposure, Part1
- 3-1-2. Internal and External Exposure, Part2
- 3-2-1. Natural Radiation, Part1
- 3-2-2. Natural Radiation, Part2
- 3-3-1. Cosmic Rays, Ground Radiation, Artificial Radiation, Part1
- 3-3-2. Cosmic Rays, Ground Radiation, Artificial Radiation, Part2
- 3-4-1. Medical Exposure, Part1
- 3-4-2. Medical Exposure, Part2
- 3-5. Stochastic Effects and Deterministic Effects (Tissue Reaction)
- 3-6. Radiation-induced Carcinogenesis and Hereditary Effects
- 3-7. Radiation Protection
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- 4-0. Introduction
- 4-1. Rock Dating
- 4-2. Earth 4.6 Billion to 3.8 Billion Years Ago
- 4-3. Structure and Heat of Earth's Interior
- 4-4. Birth of Earth 1
- 4-5. Birth of Earth 2
- 4-6. Relationship between the Current Movement of the Japanese Islands and Active Faults
- 4-7. Various Radioactive Wastes
- 4-8. Radiation Protection from Radioactive Waste Using Underground
- 4-9. Evaluation of Radioactive Waste Management and Disposal Systems
- 4-10. Conclusions
Staff/スタッフ
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- Teacher
Yuichi NiiboriTohoku University NanoTerasu Co-Creation Promotion Divison, Research Promotion DepartmentSpecially Appointed Professor (Research) -
- Teacher
Hirokazu TamuraTohoku University Graduate School of ScienceProfessor -
- Teacher
Yoshio HosoiTohoku UniversityEmeritus Professor
Contact/お問合せ先
Center for the Advancement of Open Online Education, Tohoku University
Email: secretary.mooc@grp.tohoku.ac.jp







