Schumpeter The battle for low-Earth orbit

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Schumpeter The battle for low-Earth orbit

机译：熊彼特对低地轨道的战斗

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SCHUMPETER IS ONLY an amateur stargazer. His equipment is no fancier than a pair of eyes and a place in the countryside, away from London's light pollution. That is enough to make out Venus, Mars, Jupiter and Saturn-and, occasionally, the International Space Station crossing the firmament. In the past few years a new spectacle has appeared, in the form of the Starlink satellites. Launched in batches by SpaceX, an American rocketry firm founded by Elon Musk, the tech billionaire behind Tesla's electric cars, they resemble nothing else in the heavens, floating like a train of white dots in tight formation. Bad weather delayed the launch of the latest batch on July 8th. When they do go up, they will total nearly 600, making SpaceX the world's biggest satellite operator.

机译：熊彼特只是一个业余的星顶。他的设备比一对眼睛和乡村的一个地方都没有猛烈，远离伦敦的光明污染。这足以制作金星，火星，木星和土星 - 偶尔，国际空间站穿过穹苍。在过去的几年里，一个新的奇观出现了，以Starlink卫星的形式出现了。由SpaceX批量推出，由Elon Musk成立的美国Rocketry公司，这是Tesla的电动汽车的技术亿万富翁，他们在天空中没有别的，漂浮在紧张的形成中的白点火车。恶劣的天气延迟了7月8日最新批次的推出。当他们确实上升时，他们将总共近600岁，使得Spacex成为世界上最大的卫星运营商。

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《The economist》 |2020年第9202期|56-56|共1页
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1. Analysis of orbital configurations for geocenter determination with GPS and low-Earth orbiters [J] . Kuang Da, Bar-Sever Yoaz, Haines Bruce Journal of Geodesy . 2015,第5期

机译：GPS和低地球轨道器确定地球中心的轨道配置分析
2. The Organism/Organic Exposure to Orbital Stresses (O/OREOS) Satellite: Radiation Exposure in Low-Earth Orbit and Supporting Laboratory Studies of Iron Tetraphenylporphyrin Chloride [J] . Amanda M. Cook, Andrew L. Mattioda, Antonio J. Ricco, Astrobiology . 2014,第2期

机译：有机/有机暴露于轨道应力（O / OREOS）卫星：低地球轨道的辐射暴露及四氯化铁四苯基卟啉铁的辅助实验室研究
3. Pseudo-stochastic orbit modeling techniques for low-Earth orbiters [J] . A. Jaeggi, U. Hugentobler, G. Beutler Journal of Geodesy . 2006,第1期

机译：低地球轨道者的伪随机轨道建模技术
4. Valuation of On-Orbit Servicing in Proliferated Low-Earth Orbit Constellations [C] . Michael A. Luu, Daniel E. Hastings Accelerating Space Commerce, Exploration, and New Discocery Conference . 2020

机译：增殖低地轨道星座上的轨道服务的估值
5. Modeling, simulation, and characterization of space debris in low-Earth orbit. [D] . McCall, Paul David. 2013

机译：低地球轨道上的空间碎片的建模，仿真和表征。
6. The effects of microgravity and space radiation on cardiovascular health: From low-Earth orbit and beyond [O] . Smit Patel 2020

机译：微观度和空间辐射对心血管健康的影响：从低地轨道及超越
7. Surface mass variation monitoring from SLR and orbit information of GPS-tracked low-Earth orbiters [O] . Baur Oliver, Weigelt Matthias, Zehentner Norbert, 2014

机译：根据SLR和GPS跟踪的低地球轨道器的轨道信息监测表面质量变化
8. Real-time Sub-cm Differential Orbit Determination of two Low-Earth Orbiters with GPS Bias Fixing [R] . Wu, Sien-Chong, Bar-Sever, Yoaz E. 2006

机译：利用Gps偏置固定确定两个低地球轨道器的实时亚厘米差分轨道

Schumpeter The battle for low-Earth orbit

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