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- And this is what kills star formation. 这就是为什么它会阻止星体形成。
- The booming black hole also stifles star formation. 黑洞是一种体积极小、质量极大的天体，其强大的引力，使得在它周围的区域里连光都无法逃逸。
- The brightest area is a region of very active star formation. 最亮区是一个地区非常活跃的恒星形成。
- This is triggering a second stage of new star formation. 由此触发了第二阶段新恒星的形成。
- These waves compress existing gas and cause star formation. 这些波压缩现有的气体而引起恒星的形成。
- IC 342 may have undergone a recent burst of star formation activity and is close enough to have gravitationally influenced the evolution of the local group of galaxies and the Milky Way. IC 342最近可能经历一次爆发性的恒星形成活动，它离本星系群和我们的银河系足够近，因此星系的演化受到了本地星系群和银河系重力的影响。
- The Trifid Nebula itself represents the final phase of star formation. 三叶星云本身代表着恒星形成的最后阶段。
- The protostellar phase is an early stage in the process of star formation. 这不是核反应造成的，只是重力能量转换成的热动能。
- Yet the classical picture of star formation does not quite work either. 但是，典型的恒星形成图像对此并不完全适用。
- Star formation farther out in the galaxy was thought to march to the beat of a different drummer. 而在离星系中心较远处发生的恒星生成，更是被认为与之毫无瓜葛。
- In short, quasar activity, like star formation, was more vigorous in the distant past, a third sign that we live in relatively boring times. 简单地说，类星体的活动就像恒星的形成一样，在遥远的过去比今天更为猛烈，这是第三个指标，显示出我们生活在一个相对较为乏味的年代。
- Although Madau's analysis of star formation history was an important milestone, it was only a small part of the story. 虽然马道对恒星形成历史的分析是个重要的里程碑，但那只不过是故事的一小部份。
- The Chamaeleon dark cloud is one of the most active star formation sites near our Solar System. 蝘蜓座黑暗星云是太阳系附近其中一个最活跃的恒星诞生区。
- At the current epoch in galactic history, star formation appears to take place in dark-cloud complexes. 在星系发展的现阶段，恒星的形成看来是在暗云复合体内进行的。
- The deep observations have also traced the waxing and waning of star formation in the universe at large over cosmic time. 回溯宇宙年代的深度观测，同时也追踪了整个宇宙恒星形成率的变化。
- In the following eight billion years, in contrast, galactic mergers became much less common, the gargantuan black holes went dormant, and star formation slowed to a flicker. 相对之下，接下来的80亿年，星系的合并变得较不普遍，巨大的黑洞蛰伏休眠，恒星的形成则少得可怜。
- Conversely, the same processes can actually amplify star formation in large galaxies. 相反的，相同的过程在大型星系中却能增强恒星的形成。
- Once the redshifts of the galaxies have been measured, we can begin to reconstruct the history of star formation. 一旦测得星系的红移，我们便可开始重建恒星形成的历史了。
- Perhaps the hole pulls material toward the galactic center, enabling star formation. 或许这个黑洞会将物质拉往星系中心，进而促成了恒星的生成。
- Determination of formation burst pressure of Taobao heavy oilfield 套保稠油油田地层破裂压力的确定
