Lorentz ionization of atoms in a strong magnetic field
Lorentz ionization of atoms in a strong magnetic field
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DOI：
10.1134/1.558870
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发表时间：
1999-05
影响因子：
1.1
通讯作者：
V. S. Popov;B. Karnakov;V. Mur
中科院分区：
文献类型：
--
作者：
V. S. Popov;B. Karnakov;V. Mur
洛伦兹电离是由于原子或离子在强磁场中的运动而产生的。我们使用半经典近似来计算洛伦兹电离几率。我们还求出了稳定因子，它考虑了磁场对界态电离衰变几率的降低。我们估计了磁累积实验和天体物理中的概率。在考虑壳层导电性的情况下，我们还定性地考察了磁累积过程的动力学。最后，我们讨论了在壳体展开阶段使用准静态解的一个悖论。
Lorentz ionization emerges due to the motion of atoms or ions in a strong magnetic field. We use the semiclassical approximation to calculate the probabilitywLof Lorentz ionization. We also find the stabilization factorS, which takes into account the reduction by the magnetic field of the probability of ionization decay of the boundsstate. We estimate the probabilitieswLin magnetic-cumulation experiments and in astrophysics. We also qualitatively examine the dynamics of the magnetic cumulation process with allowance for the conductivity of the shell. Finally, we discuss a paradox related to the use of the quasistationary solution at the shell expansion stage.