The Fermi glow are ultraviolet-glowing particles, mostly hydrogen, originating from the solar system's bow shock, created when light from stars and the Sun enter the region between the heliopause and the interstellar medium and undergo Fermi acceleration, bouncing around the transition area several times, gaining energy via collisions with atoms of the interstellar medium. The first evidence of the Fermi glow, and hence the bow shock, was obtained with the help from Voyager 1 and the Hubble Space Telescope.

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  • The Fermi glow are ultraviolet-glowing particles, mostly hydrogen, originating from the solar system's bow shock, created when light from stars and the Sun enter the region between the heliopause and the interstellar medium and undergo Fermi acceleration, bouncing around the transition area several times, gaining energy via collisions with atoms of the interstellar medium. The first evidence of the Fermi glow, and hence the bow shock, was obtained with the help from Voyager 1 and the Hubble Space Telescope. In 2012, data collected from the Interstellar Boundary Explorer satellite and Voyager 1 and 2 indicated that the Sun isn't moving fast enough through its current interstellar environment to have a bow shock. (en)
  • 費米輝光是紫外線強光顆粒,通常是來自太陽系弓形震波的氫,當來自恆星和太陽的光進入日球層頂(heliopause)和星際物質之間的區域時產生的,並且經歷費米加速,在過渡區蹦來蹦去好幾回,通過與星際物質中的原子碰撞獲得能量。費米輝光和弓形震波的第一個證據,得力於航海家1號和哈伯太空望遠鏡的觀測。 在2012年,來自星際邊界探測器衛星和航海家1號與航海家2號所蒐集的資料,顯示太陽目前在星際物質環境中運動的速度還不夠快,尚不足以形成弓形震波。 (zh)
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http://purl.org/linguistics/gold/hypernym
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  • 費米輝光是紫外線強光顆粒,通常是來自太陽系弓形震波的氫,當來自恆星和太陽的光進入日球層頂(heliopause)和星際物質之間的區域時產生的,並且經歷費米加速,在過渡區蹦來蹦去好幾回,通過與星際物質中的原子碰撞獲得能量。費米輝光和弓形震波的第一個證據,得力於航海家1號和哈伯太空望遠鏡的觀測。 在2012年,來自星際邊界探測器衛星和航海家1號與航海家2號所蒐集的資料,顯示太陽目前在星際物質環境中運動的速度還不夠快,尚不足以形成弓形震波。 (zh)
  • The Fermi glow are ultraviolet-glowing particles, mostly hydrogen, originating from the solar system's bow shock, created when light from stars and the Sun enter the region between the heliopause and the interstellar medium and undergo Fermi acceleration, bouncing around the transition area several times, gaining energy via collisions with atoms of the interstellar medium. The first evidence of the Fermi glow, and hence the bow shock, was obtained with the help from Voyager 1 and the Hubble Space Telescope. (en)
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  • Fermi glow (en)
  • 費米輝光 (zh)
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