用基于人工智能的传感分析,在日全食期间对大气动荡动态的分析
概括
在完全日食 (TSE) 期间研究了大气光学流动力学. 观察到双流静止阶段和准周期性振荡,为大气现象提供了新的见解.
科学领域:
- 大气物理大气物理学
- 光学流的研究研究.
背景情况:
- 大气中的光学流会影响光线的传播.
- 完全日食 (TSE) 导致独特的大气条件.
研究的目的:
- 在2024年TSE期间调查大气光学流动力学.
- 分析折射率结构参数 (Cn2) 的变化.
主要方法:
- 使用激光束在7公里路径上的实验分析.
- 使用大光圈闪光计测量Cn2.
- 使用基于AI的TurbNet传感器进行高时间分辨率Cn2评估.
主要成果:
- 观察到双流静止 (中性分层) 阶段.
- 在全局期间和之后检测到Cn2中的准周期性振荡模式.
- 在整个TSE事件中,特征Cn2参数的时间演变.
结论:
- 2024年TSE显著影响了大气中的光学流.
- 双静止阶段和振荡模式提供了关于动动态的新数据.
- 由人工智能驱动的传感器增强了对快速大气变化的研究.
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