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Introduction to Plasma Physics

coursetab

c_lecno	Title	files
00	Syllabus	Syllabus_Plasma_Physics-2019-Na.pdf
01	All Week Integrated	All Week Integrated.PDF
02	Week1. What is a Plasma (Ch. 1) - Definition	Week1. What is a Plasma (Ch. 1) - Definition.PDF
03	Week2. Single Particle Motions I (Ch. 2)	Week2. Single Particle Motions I (Ch. 2).PDF
04	Week3. Single Particle Motions II (Ch. 2) - Exercise	Week3. Single Particle Motions II (Ch. 2) - Exercise.PDF
05	Week4. Rutherford Scattering, Kinetic Theory I	Week4. Rutherford Scattering, Kinetic Theory I.PDF
06	Week5. Kinetic Theory II (Ch. 7)	Week5. Kinetic Theory II (Ch. 7).PDF
07	Week7. Fluid Theory I (Ch. 3)	Week7. Fluid Theory I (Ch. 3).PDF
08	Week8. Fluid Theory II (Ch. 5)	Week8. Fluid Theory II (Ch. 5).PDF
09	Week9. Fluid Theory III (Ch. 5)	Week9. Fluid Theory III (Ch. 5).PDF
10	Week10. Waves in Plasmas (Ch. 4)	Week10. Waves in Plasmas (Ch. 4).PDF
11	Week11. Transport I	Week11. Transport I.PDF
12	Week12. Transport II (Ch. 5)	Week12. Transport II (Ch. 5).PDF
13	Week13. Equilibrium and Stability I (Ch. 6)	Week13. Equilibrium and Stability I (Ch. 6).PDF
14	Week14. Equilibrium and Stability II (Ch. 6)	Week14. Equilibrium and Stability II (Ch. 6).PDF
15	Week15. Plasma Breakdown & Summary of Lecture	Week15. Plasma Breakdown & Summary of Lecture.PDF

code:

409.307A_2019S

level:

year:

term:

staff:

Prof. Yong Su Na

department:

Nuclear Engineering