Axissymmetric Non Ideal Mhd States With Steady Flow
Axissymmetric Non Ideal Mhd States With Steady Flow
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In our eReader you can find the full English version of the book. Read Axissymmetric Non Ideal Mhd States With Steady Flow Online - link to read the book on full screen. Our eReader also allows you to upload and read Pdf, Txt, ePub and fb2 books. In the Mini eReder on the page below you can quickly view all pages of the book - Read Book Axissymmetric Non Ideal Mhd States With Steady Flow
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-V - and ^-xa - 0. The continuity equation then does not determine the density. Equations (41), (42) and (53) form a closed set for ^', X and co . The two remaining poloidal components of the momentum equation determine the thermodynamic quantities «^ and p . As discussed for incom- pressible flow, in the case with viscosity, the momentum imbalance may act as a source for poloidal rotation even if no rotation is imposed at the wall.
For zero viscosity, u. « O, the system has quite different pro...perties. The momentum equation reduces to W\ ^oA- Vu = - Vp - -^ \J^ - ^ ^'>^ + ve vxx^H^.^6 For given ^ one has to solve a system of mixed type with sonic transition, which causes difficulties as discussed in Sect. II.
- 23 - IV. General Pressure Tensor In the analysis so far a simplified pressure tensor has been taken into account. A strong magnetic field, however, requires a more general tensor than that from ordinary fluid theory. This tensor is derived from microscopic theory; see, for example, Braginskii / 5 /.
What to read after Axissymmetric Non Ideal Mhd States With Steady Flow?
You can find similar books in the "Read Also" column, or choose other free books by W Kerner to read onlineMoreLess
To quickly assess the difficulty of the text, read a short excerpt:
-V - and ^-xa - 0. The continuity equation then does not determine the density. Equations (41), (42) and (53) form a closed set for ^', X and co . The two remaining poloidal components of the momentum equation determine the thermodynamic quantities «^ and p . As discussed for incom- pressible flow, in the case with viscosity, the momentum imbalance may act as a source for poloidal rotation even if no rotation is imposed at the wall.
For zero viscosity, u. « O, the system has quite different pro...perties. The momentum equation reduces to W\ ^oA- Vu = - Vp - -^ \J^ - ^ ^'>^ + ve vxx^H^.^6 For given ^ one has to solve a system of mixed type with sonic transition, which causes difficulties as discussed in Sect. II.
- 23 - IV. General Pressure Tensor In the analysis so far a simplified pressure tensor has been taken into account. A strong magnetic field, however, requires a more general tensor than that from ordinary fluid theory. This tensor is derived from microscopic theory; see, for example, Braginskii / 5 /.
What to read after Axissymmetric Non Ideal Mhd States With Steady Flow?
You can find similar books in the "Read Also" column, or choose other free books by W Kerner to read onlineMoreLess
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