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 NS  Vol.2 No.1 , January 2010
Relationship between normalized thermal energy and conductivity for cylindrical tokamak geometry
Abstract: The relation between normalized thermal en-ergy and conductivity, with no particle sources in cylindrical tokamak geometry has been de-rived. It is obtained, . This relationship is of importance for tokamak confinement and heating.
Cite this paper: Asif, M. (2010) Relationship between normalized thermal energy and conductivity for cylindrical tokamak geometry. Natural Science, 2, 54-55. doi: 10.4236/ns.2010.21008.
References

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[2]   Segre, S.E. and Zanza, V. (1993) A relation between the normalized thermal energy and the safety factor for to-kamaks. Nuovo Cimento, 15D(6), 897-901.

[3]   Bennett, W.H. (1934) Magnetically self-focusing streams. Physical Review, 45, 890-897.

[4]   Asif, M. (2008) Relationship between current density and mass density for ohmic tokamak plasmas. International Journal of Modern Physics B, 22(30), 5329-5333.

[5]   Asif, M. (2009) Relationship between viscosity and con-ductivity for tokamak plasmas. Brazilian Journal of Physics, 39(1), 59-61.

[6]   Segre, S.E. and Zanza, V. (1992) Is the perpendicular resistivity in tokamaks really much greater than the Spitzer value? Physics of Fluid, 4(10), 3457-3459.

 
 
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