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NASA-美丽的结局使新的开始✨一团发光的马蹄形气体云在成千上万颗恒星的背景下
案例简介：美丽的结局使新的开始✨在大麦哲伦星云中成千上万颗恒星的背景下，发光的马蹄形气体云，由 @ NASAChandraXray和 @ NASAHubble在这里观察到。这里的超新星遗迹是由一颗大质量恒星的爆炸产生的。爆炸发出的冲击波以每小时几百万英里的速度在星际空间隆隆作响，这可能会在波浪后面产生突然的、巨大的压力和温度变化。以蓝色显示的x射线辉光是冲击波将星际气体加热到约1000万度的结果。马蹄形可能是由于爆炸地点周围星际气体分布不均匀造成的。哈勃望远镜的光学图像揭示了一个较小的，明亮的新月形的氢气发射云和微弱的紫色束，对应于富含氧原子的区域-超新星前恒星核心核反应的证据。这些和其他重元素可能会被纳入下一代恒星和伴随的行星。💫信用 :( x射线) NASA/SAO/CXC; (光学) NASA，@ EuropeanSpaceAgency，哈勃遗产团队 (STScI/AURA)# NASA # ChandraXray # Hubble # Supernova # Horseshoe
NASA-美丽的结局使新的开始✨一团发光的马蹄形气体云在成千上万颗恒星的背景下
案例简介：Beautiful ends make new beginnings ✨A glowing horseshoe-shaped cloud of gas is against a backdrop of thousands of stars in the Large Magellanic Cloud, observed here by @NASAChandraXray and @NASAHubble. The supernova remnant featured here was produced by the explosion of a massive star. The explosion sent shockwaves rumbling through interstellar space at speeds of several million miles per hour, which can create sudden, large changes in pressure and temperature behind the waves. The X-ray glow, shown in blue, is the result of a shockwave heating interstellar gas to temperatures of about 10 million degrees. The horseshoe shape may be caused by uneven distribution of interstellar gas around the site of the explosion. Hubble's optical image reveals a smaller, bright crescent-shaped cloud of emission from hydrogen gas and faint purple wisps that correspond to regions rich in oxygen atoms – evidence of nuclear reactions in the core of the pre-supernova star. These and other heavy elements may be incorporated in the next generation of stars and accompanying planets. 💫Credit: (X-ray) NASA/SAO/CXC; (Optical) NASA, @EuropeanSpaceAgency, Hubble Heritage Team (STScI/AURA)#NASA #ChandraXray #Hubble #Supernova #Horseshoe
NASA - Beautiful ends make new beginnings ✨A glowing horseshoe-shaped cloud of gas is against a backdrop of thousands of stars i
案例简介：美丽的结局使新的开始✨在大麦哲伦星云中成千上万颗恒星的背景下，发光的马蹄形气体云，由 @ NASAChandraXray和 @ NASAHubble在这里观察到。这里的超新星遗迹是由一颗大质量恒星的爆炸产生的。爆炸发出的冲击波以每小时几百万英里的速度在星际空间隆隆作响，这可能会在波浪后面产生突然的、巨大的压力和温度变化。以蓝色显示的x射线辉光是冲击波将星际气体加热到约1000万度的结果。马蹄形可能是由于爆炸地点周围星际气体分布不均匀造成的。哈勃望远镜的光学图像揭示了一个较小的，明亮的新月形的氢气发射云和微弱的紫色束，对应于富含氧原子的区域-超新星前恒星核心核反应的证据。这些和其他重元素可能会被纳入下一代恒星和伴随的行星。💫信用 :( x射线) NASA/SAO/CXC; (光学) NASA，@ EuropeanSpaceAgency，哈勃遗产团队 (STScI/AURA)# NASA # ChandraXray # Hubble # Supernova # Horseshoe
NASA - Beautiful ends make new beginnings ✨A glowing horseshoe-shaped cloud of gas is against a backdrop of thousands of stars i
案例简介：Beautiful ends make new beginnings ✨A glowing horseshoe-shaped cloud of gas is against a backdrop of thousands of stars in the Large Magellanic Cloud, observed here by @NASAChandraXray and @NASAHubble. The supernova remnant featured here was produced by the explosion of a massive star. The explosion sent shockwaves rumbling through interstellar space at speeds of several million miles per hour, which can create sudden, large changes in pressure and temperature behind the waves. The X-ray glow, shown in blue, is the result of a shockwave heating interstellar gas to temperatures of about 10 million degrees. The horseshoe shape may be caused by uneven distribution of interstellar gas around the site of the explosion. Hubble's optical image reveals a smaller, bright crescent-shaped cloud of emission from hydrogen gas and faint purple wisps that correspond to regions rich in oxygen atoms – evidence of nuclear reactions in the core of the pre-supernova star. These and other heavy elements may be incorporated in the next generation of stars and accompanying planets. 💫Credit: (X-ray) NASA/SAO/CXC; (Optical) NASA, @EuropeanSpaceAgency, Hubble Heritage Team (STScI/AURA)#NASA #ChandraXray #Hubble #Supernova #Horseshoe
NASA-美丽的结局使新的开始✨一团发光的马蹄形气体云在成千上万颗恒星的背景下
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NASA - Beautiful ends make new beginnings ✨A glowing horseshoe-shaped cloud of gas is against a backdrop of thousands of stars i
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