In Keplerian disks, the magnetic field is smaller, the dissipation caused by anomalous viscosity and anomalous resistivity deviates from the ideal more greatly.
开普勒盘中，磁场越小，由反常粘滞及反常阻抗引起的耗散偏离理想情况就越大。
In Keplerian disks, the magnetic field is smaller, the dissipation caused by anomalous viscosity and anomalous resistivity deviates from the ideal more greatly.
开普勒盘中，磁场越小，由反常粘滞及反常阻抗引起的耗散偏离理想情况就越大。
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