Dependence for Loss Cone on Accelerating Potentials and Injection Angles of Electrons in Magnetic Mirror Fields
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In this paper the electrons, which wese cotinuously injected into the magnetic mirror field, escaping along the magnetic field lines are studied by varying the following parameters; 1) Mirror ratio of the magnetic mirror field from the value of 3.7 to 7.2; 2) Accelerating potential of the electrons from the value of 1.5 kV to 2.5kV; 3) Injection angle of the electrons from the value of 20°to 120°. In spite of variety of the accelerating potentials and the injection angles the ratio of escaping electrons to injected electrons along the magnetic field lines is keeping constant and there is no dependence on the mirror ratio which determines a loss cone in the velocity space. Thus, in the magnetic mirror field, it will be considered that for the continuous injection of electrons a probability of electrons entering the loss cone is the same causing of scattering by the neutral particles.
- 東海大学の論文
- 1971-03-31
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