Space rocks hit Earth in needle formation

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Space rocks hit Earth in needle formation

机译：太空岩石以针状结构撞击地球

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Look out below! Large, rocky bodies may crash to Earth more frequently than we knew - by rearranging their formation. There have been a number of showstopping meteor strikes in recent memory, like the one that exploded over Chelyabinsk, Russia, in 2013. But it was thought that unless the space rocks were at least 50 metres across, or made of very hard material, they would break up and explode as they passed through the atmosphere, never reaching the ground.

机译：看下面！大型的岩石物体可能会重新排列形成，比我们所知道的更频繁地撞向地球。在最近的记忆中，有多次流星撞击达到顶峰，例如2013年在俄罗斯车里雅宾斯克爆炸时。但是据认为，除非太空石至少跨越50米或由非常坚硬的材料制成，它们穿过大气层时会破裂并爆炸，永远不会到达地面。

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《New scientist》 |2015年第3053期|15-15|共1页
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收录信息美国《科学引文索引》(SCI);美国《化学文摘》(CA);
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正文语种 eng
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1. Seriously big rocks hit Earth's early life [J] . Michael Marshall New scientist . 2014,第2982期

机译：严重的大石头袭击了地球的早期生命
2. Rare Earths, Trace Element Characteristics of High-Mg Volcanic Rocks of Yixian Formation in Sihetun West Liaoning Province and Its Apocalypse [J] . Zhang Hong, Zhang Qi Journal of rare earths . 2005,第4期

机译：辽西四合屯一县组高镁火山岩的稀土元素，微量元素特征及启示
3. Rare Earths, Trace Element Characteristics of High-Mg Volcanic Rocks of Yixian Formation in Sihetun West Liaoning Province and Its Apocalypse [J] . Zhang Hong, Zhang Qi Journal of rare earths . 2005,第4期

机译：辽西四合屯一县组高镁火山岩的稀土元素，微量元素特征及启示
4. COSMIC COMPOSITES: ROCKS FROM SPACE AND THEIR ASTONISHING INFLUENCE ON EARTH AND HUMANITY [C] . Gregory A. Brennecka Conference on composites at Lake Louise . 2019

机译：宇宙复合材料：来自太空的岩石及其对地球和人类的惊人影响
5. Exploration of a free space optical telemetry system for formation flying sounding rocket sub-payloads. [D] . Gealy, James. 2010

机译：探索用于编队飞行探空火箭子有效载荷的自由空间光学遥测系统。
6. Integration of Terrestrial Laser Scanning and NURBS Modeling for the Deformation Monitoring of an Earth-Rock Dam [O] . Hao Xu, Haibo Li, Xingguo Yang, 2019

机译：地面激光扫描和NURBS建模的集成用于土石坝变形监测
7. Dynamic evolution of deformation microstructures in rocks. Microstructures and rheology in fault rocks. Grain growth and superplasticity: their implication to earth science. [O] . Akihito Hoshikuma 1996

机译：岩石变形微观结构的动态演变。故障岩石中的微观结构和流变学。粮食生长和超塑性：它们对地球科学的含义。
8. Modeling the Dielectric Constant of Earth-Formation Rocks: A Sandstone Memory of Immiscible-Saturation History [R] . Yu, J. S. 1981

机译：地球岩石介电常数的模拟：不混溶 - 饱和历史的砂岩记忆

Space rocks hit Earth in needle formation

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