Course Name

Electromagnetic Interactions

Summary

Lecture Objectives

• Introduction to electromagnetic theory focused on the application to the plasma and nuclear fusion science. Starting with electro and magnetostatics, the course encompasses the electromagnetic Maxwell equations and their practical applications.

Course Name

Introduction to Plasma Physics

Summary

Lecture Objectives

• Studying plasma physics including plasma particle motions in electromagnetic fields, plasma dynamics, fluid theory, wave and stability in a basic level. Understanding the mechanism of plasma discharges and confinement devices.

Course Name

Special Topics in Plasma Physics

Summary

Lecture Objectives

• Based on the knowledge of basic plasma physics, this course focuses on plasmas specialized in application fields, including low temperature and atmospheric plasmas as well as hihg-temperature fusion plasmas.

Course Name

Introduction to Plasma Applications

Summary

Lecture Objectives

• Study of fundamental plasma physcis and chemistry on plasma-material interactions, atomic physics in ionized gases, gas discharges. Acquisition of knowledge on plasma characteristics in various low-temperature plasma applications.

Course Name

Special Topics in Plasma Applications

Summary

Lecture Objectives

• Study of in-depth topics on plasma-material interactions in plasmas from various industries, atomic physics in ionized gases. Acquisition of knowledge on various plasma application technologies developed in KFE.

Course Name

Introduction to Plasma Diagnostics

Summary

Lecture Objectives

• The course includes the introduction to the physical principles used to measure the properties of plasmas and hands-on practice with the real plasma diagnostic systems for the KSTAR tokamak in KFE.

Course Name

Introduction to Nuclear Fusion

Summary

Lecture Objectives

• This course covers an introduction to plasma confinements and self-ignition conditions, and acquires basic knowledge of plasma equilibrium, stability, transport, and plasma heating for magnetically confined fusion systems.

Course Name

Special Topics in Fusion Engineering

Summary

Lecture Objectives

• Based on the basic knowledge of fusion engineering, this course conducts in-depth physical engineering considerations in plasma control including plasma generation and equilibria, and in various operation scenarios including efficient local heating and current drive.