Breakeven
Ignition
Tokamak List
Rotational transform
WELCOME!
Virtual
Tokamak
Frascati (Italy)
JT-60 (Japan)
TFTR (Princeton)
ET (UCLA)
ST (United Kingdom)
HBT-EP (Columbia)
DIII-D (General Atomics)
Links to more tokamaks
Text: Introduction to Plasma Physics and
Controlled Fusion, by Chen.
See the syllabus for more detailed information.
This is going to be a fun course, where you get to apply some of the physics you have learned to real-world situations, and we will also cover some neat mathematical techniques that you will use throughout physics.
We will cover:
Fundamentals
of plasmas: Debye shielding, plasma frequency, plasma parameter.
Motion of charged particles in electromagnetic fields: drifts, adiabatic
invariants, diffusion.
Two-fluid theory in unmagnetized and magnetized plasmas: electrostatic,
electromagnetic, and hybrid waves and instabilities.
Magnetohydrodynamics.
Magnetic fusion devices: mirrors, tokamaks, stellarators.
Electric propulsion devices: electrothermal, electrostatic,
electromagnetic accelerators.
Prerequisites: MA 345 (Differential Equations
and Matrix Methods), ES 206 (Fluids), PS 219 or PS 250 (Physics III).
SCHEDULE
Week |
Topics |
Chapters in Morin |
1-3 |
Plasmas |
1 +
handout |
6-7 |
Fluid
theory |
3 |
11-12 |
Fusion
devices |
handout |
|
Exam 3 – Tue Apr 27 |
All |
LINKS
All
about plasma physics (CPS)
More about plasma physics
(PI)
Even more about plasma physics
(MIT)
Available
at the Jack R. Hunt Library are the following items:
Introduction to Plasma
Theory,
by Nicholson
Introduction to Plasma
Physics,
by Thompson - an oldie but a goodie.
Physics of Space Plasmas,
by Parks - application of plasma physics to the near-Earth space environment.