ION-CYCLOTRON-RESONANCE HEATING MECHANISM OF THE HELY IONS IN LOWER SOLAR POLAR CORONA
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摘要: 采用电子、质子、氦核和另外一种微量离子代替氧离子的4组元模型分别计算了Fe11+,Mg9+,Mg7+,Ne7+和Si7+等微量离子的漂移速度和温度,并和SUMER的观测结果进行了比较.Abstract: In this paper, the four-fluid model, and replace O5+ with one of Fe11+, Mg9+, Mg7+, Ne7+, Si7+ ions respectively are adopted. The bulk velocity and temperature of the heavy ions are obtained, and compared with the SUMER observation data.
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Key words:
- Solar coronal hole /
- Heating of heavy ions
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