UeduGPTs

--

Jupyters

8

Local AI

--

CISOSE26 本地 AI UG26

AI Reply Desktop Notifications

Show a desktop notification when the AI TA finishes replying

Chat Message Notifications

Notify me when classmates post messages in the forum

Sound notification

Play an alert sound whenever there is a new notification

More settings

Account settings Data privacy settings Research Informed Consent Form

22.67J

Principles of Plasma Diagnostics

Prof. Jack D. Hare | Fall 2023

Science & Math Physics Nuclear Physics Science

前往原始課程

CC BY-NC-SA 4.0

課程簡介

This course is an introduction to the physical processes used to measure the properties of plasmas. It will cover diagnostics suitable for a wide range of plasmas, including magnetically confined fusion plasmas and high-energy-density plasmas. Techniques include the measurements of magnetic and electric fields, particle flux, refractive index, emission and scattering of electromagnetic waves, and nuclear diagnostics.

Course Information

Source	MIT 開放式課程
科系	Nuclear Science and Engineering
Language	English
影片數	23

課程影片 (23)

Lecture 1: Introduction to Principles of Plasma Diagnostics

Lecture 1: Introduction to Principles of Plasma Diagnostics

Lecture 2: Magnetics I

Lecture 2: Magnetics I

Lecture 3: Magnetics II

Lecture 3: Magnetics II

Lecture 4: Langmuir Probe

Lecture 4: Langmuir Probe

$Lecture 5: Refractive Index Diagnostics I$

Lecture 5: Refractive Index Diagnostics I

$Lecture 6: Refractive Index Diagnostics II$

Lecture 6: Refractive Index Diagnostics II

$Lecture 7: Refractive Index Diagnostics III$

Lecture 7: Refractive Index Diagnostics III

$Lecture 8: Refractive Index Diagnostics IV$

Lecture 8: Refractive Index Diagnostics IV

$Lecture 9: Refractive Index Diagnostics V: Abel and Faraday$

Lecture 9: Refractive Index Diagnostics V: Abel and Faraday

$Lecture 10: Refractive Index Diagnostics VI: Faraday and Reflectometry$

Lecture 10: Refractive Index Diagnostics VI: Faraday and Reflectometry

Lecture 11: Radiation

Lecture 11: Radiation

Lecture 12: Electron Cyclotron Emission

Lecture 12: Electron Cyclotron Emission

Lecture 13: CECE and Bolometry

Lecture 13: CECE and Bolometry

Lecture 14: Line Radiation

Lecture 14: Line Radiation

Lecture 15: Equilibria and Imaging

Lecture 15: Equilibria and Imaging

Lecture 16: Line Broadening

Lecture 16: Line Broadening

Lecture 17: Proton Imaging

Lecture 17: Proton Imaging

Lecture 18: Neutral Particles

Lecture 18: Neutral Particles

Lecture 19: Nuclear Diagnostics

Lecture 19: Nuclear Diagnostics

Lecture 20: Thomson Scattering: Basics

Lecture 20: Thomson Scattering: Basics

Lecture 21: Thomson Scattering: Non-Collective

Lecture 21: Thomson Scattering: Non-Collective

Lecture 22: Thomson Scattering: Collective

Lecture 22: Thomson Scattering: Collective

Lecture 23: Thomson Scattering: Advanced

Lecture 23: Thomson Scattering: Advanced