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class | wxm::apps::vlasovmaxwell::FullDyadicSecondMoment |
| Computes the Full Dyadic Second Moment which becomes the Fluid Momentum Flux Gamma = Full velocity space integral of vec{v}(A_{alpha} vec{v} f_{alpha}) d^{3}vec{v} or \Gamma = \iiint \boldsymbol{v} \left(A_{\alpha} \boldsymbol{v} f_{\alpha}\right) d^3\boldsymbol{v} where alpha is the species We find from moments of the Boltzmann equation: Gamma = A_{alpha}n_{alpha} vec{v}_{alpha}vec{v}_{alpha} + P_{alpha} or \Gamma = A_{\alpha}n_{\alpha} \boldsymbol{v}_{\alpha}\boldsymbol{v}_{\alpha} + P_{\alpha}. More...
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