论文标题
磁性对土星环的起源和稳定性的贡献，由于原球网颗粒的超导性
Contribution of magnetism to the origin and stability of the rings of Saturn due to superconductivity of protoplanetary iced particles
论文作者
论文摘要
它证明了土星环如何由于冰颗粒的相互作用（带有II种类超导性）在原始行星云中移动，并在其外观后与土星的磁场移动。最终，由于磁性赤道处的颗粒磁能的最低磁性磁能的最小值以及Abrikosov涡流的量子捕获，因此所有颗粒的轨道都进入土星的磁性赤道平面，它们将它们锁定在三维磁孔中。它还解释了环模式的特殊性和许多观察到的现象
It is demonstrated how Saturn rings may be originated due to interaction of iced particles (with II kind superconductivity) moving by chaotic orbits within protoplanetary cloud with magnetic field of Saturn after it appearance. Eventually all orbits of particles coming to the magnetic equator plane of Saturn where they locked within three-dimensional magnetic well due to minimum of the particles magnetic energy at the magnetic equator and quantum trapping by Abrikosov vortices. It also explains peculiarities of the rings pattern and many of observed phenomena
