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Launch configurations based on former (now decommissioned) Soviet ICBMs and Soyuz-Fregat, coupled with plasma propulsion as delivery systems for low cost missions beyond low earth orbits

机译:基于前苏联(现已退役)的洲际弹道导弹和联盟号-弗雷加特导弹的发射配置,再加上等离子推进,作为低空轨道以外低成本飞行任务的运载系统

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A number of former Cold War rockets is already suggested as commercially available launch vehicles, usable for delivery of small to medium mass payloads to LEO. Here, we suggest the baseline upgrade on top of nominal capabilities of decommissioned ICBMs to make them cost-efficient delivery vehicles for planetary missions. The specific analysis was made for the case of former SU SS-18 (4 ton to LEO) and SS-19 (~1.6 ton to LEO). In parallel to the launch vehicles derived from the former ICBM's and in view of the recent successful qualification launch, the option of using Soyuz-Fregat was also considered. The paper discusses basic technical requirements for the upper stage boosters and their potential design options. Detailed examples illustrate the mission scenarios to Mars and its moons. The most efficient usage of such delivery configuration is achieved by combining suggested launch schemes with the ultimate use of electric propulsion as part of the spacecraft system.
机译:已经提出了许多前冷战时期的火箭作为商业运载工具,可用于向LEO输送中小型载荷。在这里,我们建议在退役洲际弹道导弹的名义能力基础上进行基线升级,以使其成为具有成本效益的行星飞行任务运载工具。对以前的SU SS-18(对LEO为4吨)和SS-19(对LEO为约1.6吨)的情况进行了具体分析。与从前洲际弹道导弹发射的运载工具并行,并鉴于最近成功进行了资格发射,还考虑了使用联盟号-弗雷加特的选择。本文讨论了上级助推器的基本技术要求及其潜在的设计方案。详细的示例说明了前往火星及其卫星的任务场景。通过将建议的发射方案与作为航天器系统一部分的电力推进技术的最终使用相结合,可以实现这种发射配置的最有效利用。

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