exosphere layer
外逸层
exosphere boundaries
外逸层边界
exosphere temperature
外逸层温度
exosphere density
外逸层密度
exosphere altitude
外逸层高度
exosphere gases
外逸层气体
exosphere research
外逸层研究
exosphere phenomena
外逸层现象
exosphere studies
外逸层研究
exosphere missions
外逸层任务
the exosphere is the outermost layer of earth's atmosphere.
外层大气是地球大气的最外层。
satellites orbit in the exosphere where air is extremely thin.
卫星在外层大气中运行，那里的空气非常稀薄。
the temperature in the exosphere can vary greatly.
外层大气的温度变化很大。
scientists study the exosphere to understand space weather.
科学家研究外层大气以了解空间天气。
rockets pass through the exosphere on their way to space.
火箭在前往太空的过程中穿越外层大气。
the exosphere is primarily composed of hydrogen and helium.
外层大气主要由氢和氦组成。
understanding the exosphere helps in satellite communication.
了解外层大气有助于卫星通信。
the exosphere is where the atmosphere transitions into space.
外层大气是大气过渡到太空的地方。
cosmic rays can penetrate the exosphere and reach earth.
宇宙射线可以穿透外层大气到达地球。
the exosphere has very low pressure compared to other layers.
与其他层相比，外层大气的压力非常低。
exosphere layer
外逸层
exosphere boundaries
外逸层边界
exosphere temperature
外逸层温度
exosphere density
外逸层密度
exosphere altitude
外逸层高度
exosphere gases
外逸层气体
exosphere research
外逸层研究
exosphere phenomena
外逸层现象
exosphere studies
外逸层研究
exosphere missions
外逸层任务
the exosphere is the outermost layer of earth's atmosphere.
外层大气是地球大气的最外层。
satellites orbit in the exosphere where air is extremely thin.
卫星在外层大气中运行，那里的空气非常稀薄。
the temperature in the exosphere can vary greatly.
外层大气的温度变化很大。
scientists study the exosphere to understand space weather.
科学家研究外层大气以了解空间天气。
rockets pass through the exosphere on their way to space.
火箭在前往太空的过程中穿越外层大气。
the exosphere is primarily composed of hydrogen and helium.
外层大气主要由氢和氦组成。
understanding the exosphere helps in satellite communication.
了解外层大气有助于卫星通信。
the exosphere is where the atmosphere transitions into space.
外层大气是大气过渡到太空的地方。
cosmic rays can penetrate the exosphere and reach earth.
宇宙射线可以穿透外层大气到达地球。
the exosphere has very low pressure compared to other layers.
与其他层相比，外层大气的压力非常低。
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