LEC # | TOPICS |
---|---|

1 | Derivation of the Boltzmann equation (PDF) |

2 |
The moment equations (PDF) Derivation of ideal MHD equation (PDF) |

3 |
MHD equilibrium (PDF) Validity of MHD (PDF) |

4 | Toroidal equilibrium and radial pressure balance (PDF) |

5 | The screw pinch and the Grad-Shafranov equation (PDF) |

6 | The safety factor and the ohmic tokamak (PDF) |

7 | The first order Grad-Shafranov equation (PDF) |

8 | Effect of a vertical field on tokamak equilibrium (PDF) |

9 | The high beta tokamak (PDF) |

10 | The high beta tokamak (cont.) and the high flux conserving tokamak (PDF) |

11 | Flux conserving tokamak (cont.) (PDF) |

12 | PF design I - the plasma (PDF) |

13 | PF design II - the coil solver (PDF) |

14 |
Formulation of the stability problem (PDF) Real tokamaks (with Bob Granetz) (PDF) |

15 |
Variational techniques (PDF) Alternate concepts (with Darren Sarmer) (PDF) |

16 | Variational principle (PDF) |

17 | Stability of simple function (PDF) |

18 | Lecture 18 (PDF) |

19 | Lecture 19 (PDF) |

20 | Lecture 20 (PDF) |

21 | Lecture 21 (PDF) |

22 | Lecture 22 (PDF) |

## Lecture Notes

## Course Info

##### Instructor

##### Departments

##### As Taught In

Spring
2007

##### Level

##### Topics

##### Learning Resource Types

*grading*Exams

*notes*Lecture Notes

*assignment*Problem Sets