Modeling of CollisionsEditions Scientifiques et Medicales Elsevier, 1998 - 222 من الصفحات |
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الصفحة 54
Equation ( 4-5 ) yields where Cool ( fm , fm ) αβ = with collision frequency ( 2-6 ) . SCO Yaß X = ma Ta - To 1 a mß Ta -U Em ( v ) = 4π [ ° 8C aa = The corresponding collision integral is the Maxwellian estimate ( section 2.2 ) • ∞ 3 ...
Equation ( 4-5 ) yields where Cool ( fm , fm ) αβ = with collision frequency ( 2-6 ) . SCO Yaß X = ma Ta - To 1 a mß Ta -U Em ( v ) = 4π [ ° 8C aa = The corresponding collision integral is the Maxwellian estimate ( section 2.2 ) • ∞ 3 ...
الصفحة 57
... properties for scalar , vector , and tensor collision terms linearized around two Maxwellians for and fm with the same temperature T = Tα = TB . m Let's define fo 143 = √ TM ° 5 s αβ fm with the scalar collision term ( 4-18 ) .
... properties for scalar , vector , and tensor collision terms linearized around two Maxwellians for and fm with the same temperature T = Tα = TB . m Let's define fo 143 = √ TM ° 5 s αβ fm with the scalar collision term ( 4-18 ) .
الصفحة 59
Scalar perturbation equations The scalar equations set is where where Σαραβ Σécol == зnała Злата - T. B Дав 1 1 3na Ta ( ≥9.3 ) 3 QaB = 2mma [ ° v * 8C0gdv + 2 navåg ( 13 – Ta ) · - αβ Considering expressions ( 4-17 ) and ( 4-18 ) ...
Scalar perturbation equations The scalar equations set is where where Σαραβ Σécol == зnała Злата - T. B Дав 1 1 3na Ta ( ≥9.3 ) 3 QaB = 2mma [ ° v * 8C0gdv + 2 navåg ( 13 – Ta ) · - αβ Considering expressions ( 4-17 ) and ( 4-18 ) ...
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