流星雨对航天器造成危害的临界点

Althea V. Moorhead, William J. Cooke, Peter G. Brown, Margaret D. Campbell-Brown
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引用次数: 0

摘要

虽然流星体撞击对航天器造成的风险主要是零星的流星体,但流星雨会在短时间内提高这种风险。NASA 的流星体环境办公室发布流星雨预报,描述这些风险升高的时期,主要目的是帮助计划舱外活动。这些预报是使用一个流星雨参数列表来构建的,该列表随着时间的推移而不断演变,包括了新发现的流星雨,并纳入了对其特征的改进测量。然而,目前研究人员已经报告了一千多个流星雨,其中许多流星雨都非常小,未经证实,或者缺乏对关键参数的测量。因此,一个全面的方法已不再可行。在本报告中,我们提出了一个有潜在危险的流星雨的定量标准,并将这一标准应用于已确认的流星雨列表中,以确定哪些流星雨应纳入我们的年度预报中。
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The threshold at which a meteor shower becomes hazardous to spacecraft
Although the risk posed to spacecraft due to meteoroid impacts is dominated by sporadic meteoroids, meteor showers can raise this risk for short periods of time. NASA's Meteoroid Environment Office issues meteor shower forecasts that describe these periods of elevated risk, primarily for the purpose of helping plan extravehicular activities. These forecasts are constructed using a list of meteor shower parameters that has evolved over time to include newly discovered showers and incorporate improved measurements of their characteristics. However, at this point in time, more than a thousand meteor showers have been reported by researchers, many of which are extremely minor, are unconfirmed, or lack measurements of critical parameters. Thus, a comprehensive approach is no longer feasible. In this report we present a quantitative criterion for a potentially hazardous meteor shower and apply this criterion to the list of established meteor showers in order to determine which showers should be included in our annual forecasts.
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