Consider the following heat flow equation, derived in problem 8.11 (in Chapter 8), for a stationary electron

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Consider the following heat flow equation, derived in problem 8.11 (in Chapter 8), for a stationary electron gas immersed in a magnetic field,

Show that this equation can be written in the form

where K denotes the dyadic thermal conductivity coefficient, given by

where

Data from Problem 8.11.

Using the relaxation model (or Krook collision model) for the collision term,

and the ideal gas law P_e = n_ekT_e, show that the heat flow equation becomes

where

is the thermal conductivity.

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Fundamentals Of Plasma Physics

ISBN: 9780387209753

3rd Edition

Authors: J. A. Bittencourt

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Question Posted: Aug 11, 2023 04:01 AM

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Consider the following heat flow equation, derived in problem 8.11 (in Chapter 8), for a stationary electron

Question:

Ace qe + V (qe x B) = -KoVTe

Step by Step Answer:

Fundamentals Of Plasma Physics

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