Question

Derive an energy equation, of higher order than (4.14), involving the total time rate of change of the total pressure dyad, that is, $D \mathcal{P} / D t$.

    Derive an energy equation, of higher order than (4.14), involving the total time rate of change of the total pressure dyad, that is, $D \mathcal{P} / D t$.

Fundamentals of Plasma Physics

J. A. Bittencourt 3rd Edition

Chapter 9, Problem 6

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Derive an energy equation, of higher order than (4.14), involving the total time rate of change of the total pressure dyad, that is, $D \mathcal{P} / D t$.

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