Andere Kunden interessierten sich auch für
![Stewartson layers, inertial waves and wave instabilities in a spherical-gap flow. Laboratory experiments with full optical access]( "Stewartson layers, inertial waves and wave instabilities in a spherical-gap flow. Laboratory experiments with full optical access")
Stewartson layers, inertial waves and wave instabilities in a spherical-gap flow. Laboratory experiments with full optical access63,90 €![Non linear material and Growth of Amino acids doped KDP Crystals]( "Non linear material and Growth of Amino acids doped KDP Crystals")
Non linear material and Growth of Amino acids doped KDP Crystals42,99 €![Linear Elastic Waves]( "Linear Elastic Waves")
Linear Elastic Waves54,99 €![Linear Water Waves]( "Linear Water Waves")
Linear Water Waves154,99 €![Linear Elastic Waves]( "Linear Elastic Waves")
Linear Elastic Waves123,99 €![Wind induced surface gravity waves]( "Wind induced surface gravity waves")
Wind induced surface gravity waves51,99 €![Electrostatic Ion Waves Modified by Parallel Ion-Velocity Shear]( "Electrostatic Ion Waves Modified by Parallel Ion-Velocity Shear")
Electrostatic Ion Waves Modified by Parallel Ion-Velocity Shear51,99 €
In this book a model of thermally anisotropic two-component plasma has been studied analytically assuming the plasma to be inviscid , homogeneous, collisionless and magnetized. The dispersion relation found is an 8th order polynomial indicating the existence of four incoming and four outgoing wave modes which is the outcome of the two component plasma. The wave mode of the two-component plasma are found to be slower than their single counterpart due to the density d/ce of the two-component.