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Kinematic screw dynamo produced by nonneutral beam-plasma systems in astrophysical jets
Ma Chunyu ; Wang Deyu
1995
Source PublicationAstrophysics Reports
Issue1
AbstractThe equilibrium analysis of a nonneutral beam-plasma system shows that the fluid components rotate along the cylindrical axis. When the relativistic electrons propagate through the plasma background of jets, the differential rotation rate will amplify the magnetic fields by kinematic screw dynamo mechanism. The flow deceleration and expansion along the jet axis make the transverse components of the generated magnetic field increase and the longitudinal one decrease, but the total magnetic field energy increases. The generated magnetic fields concentrate within a thin layer which is beneficial for the confinement of jets
Subject Area天文和天体物理
Document Type期刊论文
Identifierhttp://libir.pmo.ac.cn/handle/332002/8500
Collection期刊(老文献)
Recommended Citation
GB/T 7714
Ma Chunyu,Wang Deyu. Kinematic screw dynamo produced by nonneutral beam-plasma systems in astrophysical jets[J]. Astrophysics Reports,1995(1).
APA Ma Chunyu,&Wang Deyu.(1995).Kinematic screw dynamo produced by nonneutral beam-plasma systems in astrophysical jets.Astrophysics Reports(1).
MLA Ma Chunyu,et al."Kinematic screw dynamo produced by nonneutral beam-plasma systems in astrophysical jets".Astrophysics Reports .1(1995).
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