原子拯救:核行星防御的案例

Q3 Social Sciences
Bohumil Doboš, Jakub Pražák, Marie Němečková
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引用次数: 4

摘要

小行星和彗星的碰撞给地球带来了低概率、高冲击风险。因此,太空大国不太可能投资于旨在发展新的偏转技术的能力,使行星防御只剩下两种现成的方法——动能撞击器和核弹头。在法律上和规范上,在目前的情况下,禁止在外层空间使用核装置。在即将发生影响的紧急情况下,需要采取这种办法。这一条款表明,在国际空间法中设立例外可以加强核制度,同时在必要时允许在空间领域进行有效的转移。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Atomic Salvation: A Case for Nuclear Planetary Defense
ABSTRACT Asteroid and comet collisions present low-chance, high-impact risks for the Earth. As such, it is unlikely that space powers will invest into capabilities aiming at the development of new deflection technologies leaving planetary defense with two readily available methods – kinetic impactor and nuclear warhead. Legally and normatively, the use of a nuclear device in outer space is in the current state of affairs forbidden. In the case of an emergency with an impending impact, such an approach is needed. This article suggests that establishment of an exception in international space law strengthens the nuclear regime while allowing for an effective deflection in the space domain if the need arises.
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来源期刊
Astropolitics
Astropolitics Social Sciences-Political Science and International Relations
CiteScore
1.20
自引率
0.00%
发文量
2
期刊介绍: Astropolitics: The International Journal of Space Politics and Policy is a peer-reviewed academic journal. The journal is dedicated to policy relevant and interdisciplinary analysis of civil, commercial, military, and intelligence space activities. Committed to the highest editorial standards, Astropolitics is the international journal of choice for the academic, policy-maker and professional in the space community.
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