TOKYO INSTITUTE OF TECHNOLOGY

Course description and aims

This course gives an intense immersive experience that includes calculation, comparison, and evaluation of the atmospheric dispersion of radioactive materials released by nuclear disaster such as nuclear accidents or nuclear terrorism. Students will learn environmental dynamics including small-scale dispersion of radioactive materials caused by nuclear security incidents such as sabotage and RDD (Radiological Dispersal Device) use, and large-scale dispersion by nuclear power plant accidents. The class lectures cover radioactive material release, atmospheric dispersion models, water environmental dynamics, biological effects, and nuclear disaster regulation system. The exercises include 1) dispersion of radioactive materials by nuclear terrorism (small-scale dispersion); calculations using a simple plume model and a fast field-portable code for emergency response, and 2) dispersion of radioactive materials by nuclear power plant accidents (large-scale dispersion); simulations using a system for prediction of environmental emergency dose information. This course aims to help students quantitatively understand the characteristics of factors (meteorological condition, source term, and geographical features) influencing on the small-scale and large-scale dispersion of radioactive materials, and provide them with the immediate response capability needed to adequately respond to such nuclear disaster. In addition, students will understand the importance of immediate protection and evacuation of residents in nuclear disaster from their calculation and evaluation results.

Student learning outcomes

By taking this course, students will learn;
1) Comprehensive and systematic thinking and responding capability to atmospheric dispersion of radioactive materials released by nuclear disaster such as nuclear accidents or nuclear terrorism
2) Technological capability necessary for quick nuclear disaster response (calculation and evaluation of atmospheric dispersion of radioactive materials)
3) Importance of immediate protection and evacuation of residents in nuclear disaster

Keywords

Radioactive Material Dispersion, Atmospheric Dispersion, Nuclear Disaster Response, Nuclear Power Plant Accident, Nuclear Security

Competencies that will be developed

Class flow

Prior to conducting each exercise, relevant lectures are given and after the exercises, students will present and discuss.

Course schedule/Required learning

Textbook(s)

Not specified

Reference books, course materials, etc.

References:
- Steven G. HOMANN and Fernando ALUZZI, “HotSpot Health Physics Codes Version 3.0 User’s Guide,” National Atmospheric Release Advisory Center, Lawrence Livermore National Laboratory, LLNL-SM-636474, 2014.
- Chika NAKANISH, Sohei SATO, Akiko FURUNO, Hiroaki TERADA, Haruyasu NAGAI, and Shige MUTO, “WSPEEDI-II System User's Manual for a Nuclear or Radiological Emergency,” Nuclear Emergency Assistance and Training Center, Japan Atomic Energy Agency, JAEA-Technology 2011-005, 2011.

Course Materials:
Handouts will be distributed before or at the beginning of class when necessary.

Assessment criteria and methods

Activities in Class (30%), Achievements of Exercise Missions (30%), Presentation and Discussion on Exercise Results (20%), and Homework Assignments (20%)

Related courses

• NCL.O401 ： Nuclear Non-proliferation and Security
• NCL.O511 ： Nuclear Non-proliferation and Security Exercise

Prerequisites (i.e., required knowledge, skills, courses, etc.)

There is a limit on the number of students who can take this course.