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NASA-我们的头在云端️️ 当太阳在太平洋上空落下时，地球地平线的景色被
案例简介：我们的头在云端️️ 当太阳在太平洋上空落下时，地球地平线的景色是由国际空间站 (@ ISS) 2003年上的机组人员拍摄的。在这张图片中可见的 ️ 是雷云的砧顶。形成平坦的砧顶是因为当上升气流穿过大气层的最低层时，它们会撞击上面的层，称为平流层，而不会穿透它。这些上升气流通常会变平并散布在平流层下，但其中一些强度足以冲过平流层。被称为超调顶部，它们可以指示通常发生强雷暴 (有时是冰雹或龙卷风) 的地方。⏰当你登上空间站时，事情发生得很快!国际空间站绕地球运行需要多少时间？⬇️ 在下面的评论中给我们你最好的猜测!⬇️ 信用: 美国宇航局 # TBT # 国际空间站 # 美国宇航局 # 地平线 # 云雾 # 大气层
NASA-我们的头在云端️️ 当太阳在太平洋上空落下时，地球地平线的景色被
案例简介：We have our heads in the clouds🌤️ 🛰️This view of the Earth’s horizon as the Sun sets over the Pacific Ocean was taken by crew members aboard the International Space Station (@ISS) in 2003. 🌩️ Visible in this image are the anvil tops of thunderclouds. The flat anvil tops form because when updrafts rise through the lowest layer of the atmosphere, they hit the layer above, known as the stratosphere, without penetrating it. These updrafts usually flatten wide and spread under the stratosphere, but some of them are intense enough to punch through the stratosphere. Known as overshoot tops, these can indicate where strong thunderstorms – sometimes hail or tornadoes – usually occur. ⏰Things happen fast when you’re aboard the space station! How much time does it take for the ISS to orbit the Earth? ⬇️ Give us your best guess in the comments below! ⬇️ Credit: NASA #TBT #InternationalSpaceStation #NASA #Horizon #cloudnine #atmosphere
NASA - We have our heads in the clouds🌤️ 🛰️This view of the Earth’s horizon as the Sun sets over the Pacific Ocean was taken by
案例简介：我们的头在云端️️ 当太阳在太平洋上空落下时，地球地平线的景色是由国际空间站 (@ ISS) 2003年上的机组人员拍摄的。在这张图片中可见的 ️ 是雷云的砧顶。形成平坦的砧顶是因为当上升气流穿过大气层的最低层时，它们会撞击上面的层，称为平流层，而不会穿透它。这些上升气流通常会变平并散布在平流层下，但其中一些强度足以冲过平流层。被称为超调顶部，它们可以指示通常发生强雷暴 (有时是冰雹或龙卷风) 的地方。⏰当你登上空间站时，事情发生得很快!国际空间站绕地球运行需要多少时间？⬇️ 在下面的评论中给我们你最好的猜测!⬇️ 信用: 美国宇航局 # TBT # 国际空间站 # 美国宇航局 # 地平线 # 云雾 # 大气层
NASA - We have our heads in the clouds🌤️ 🛰️This view of the Earth’s horizon as the Sun sets over the Pacific Ocean was taken by
案例简介：We have our heads in the clouds🌤️ 🛰️This view of the Earth’s horizon as the Sun sets over the Pacific Ocean was taken by crew members aboard the International Space Station (@ISS) in 2003. 🌩️ Visible in this image are the anvil tops of thunderclouds. The flat anvil tops form because when updrafts rise through the lowest layer of the atmosphere, they hit the layer above, known as the stratosphere, without penetrating it. These updrafts usually flatten wide and spread under the stratosphere, but some of them are intense enough to punch through the stratosphere. Known as overshoot tops, these can indicate where strong thunderstorms – sometimes hail or tornadoes – usually occur. ⏰Things happen fast when you’re aboard the space station! How much time does it take for the ISS to orbit the Earth? ⬇️ Give us your best guess in the comments below! ⬇️ Credit: NASA #TBT #InternationalSpaceStation #NASA #Horizon #cloudnine #atmosphere
NASA-我们的头在云端️️ 当太阳在太平洋上空落下时，地球地平线的景色被
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NASA - We have our heads in the clouds🌤️ 🛰️This view of the Earth’s horizon as the Sun sets over the Pacific Ocean was taken by
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