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Study of Mars and Venus orbiter missions launched by the 3-stage Saturn C-1B vehicle, volume III

机译：三阶土星C-1B车辆发射的火星和金星轨道飞行任务的研究，第三卷

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Mars orbiter/landing capsule mission launched by Saturn IB/SV vehicle - conceptual design

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作者
Arens, W. E.;
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年度 1963
页码 1-522
总页数 522
原文格式 PDF
正文语种 eng
中图分类工业技术;
关键词
ARTIFICIAL SATELLITES; MARS (PLANET); MISSION PLANNING; PLANETARY LANDING; SATURN LAUNCH VEHICLES; SATURN 1B LAUNCH VEHICLES; SPACE CAPSULES; VENUS (PLANET); MARS /PLANET/; MISSION PLANNING; ORBITING SATELLITE; PLANETARY LANDING; SATURN IB LAUNCH VEHICLE; SATURN LAUNCH VEHICLE; SPACE CAPSULE;

机译：人造卫星; maRs（pLaNET）;使命计划;行星着陆; saTURN推出车辆; saTURN 1B发射车辆;空间胶囊;维纳斯（行星）; maRs / pLaNET /;使命计划;轨道卫星;行星着陆; saTURN IB LaUNCH车辆; saTURN推出车辆; spaCE CapsULE;

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专利

1. In-situ observations of rocket burn induced modulations of the top side ionosphere using the IDEA payload on-board the unique orbiting experimental platform (PS4) of the Indian Polar orbiting Satellite Launch Vehicle mission [J] . Manju G., Pant Tarun K., Mridula N., Journal of atmospheric and solar-terrestrial physics . 2020,第期

机译：原型观察，使用思想有效载荷的思想有效载荷诱导了顶侧电离层的调制诱导的印度极性轨道卫星发射车任务的独特轨道实验平台（PS4）
2. Loss-less Source Coder for Mars Orbiter Mission (MOM) - Implementation Aspects & Post Launch Performance Analysis [J] . Vivek R. Subramanian, Jothy Soman, Sura P S, Journal of Spacecraft Technology . 2015,第1期

机译：火星轨道飞行器（MOM）的无损源编码器-实施方面和发射后性能分析
3. Trajectory Design of Launch Vehicle with the Argument of Perigee Constraint for Highly Eccentric Orbit Mission [J] . FENG Jihang, ZHANG Weidong, WANG Ying, 中国航天（英文版） . 2020,第003期

机译：基于近地点约束的高偏心轨道飞行任务弹道设计
4. SPACE TRANSPORTATION SOLUTIONS AND INNOVATIONS SYMPOSIUM (D2) Going To and Beyond the Earth-Moon System: Human Missions to Mars, Libration Points and NEO's (8-A5.4):DEVELOPMENT OF THE SPACE LAUNCH SYSTEM MISSION PLANNERS GUIDE FOR BEYOND EARTH ORBIT MISSIONS [C] . Chris Crumbly, David Alan Smith International Astronautical Congress . 2014

机译：空间运输解决方案和创新研讨会（D2）将往返于地球系统：人类致命的火星，拉动点和Neo（8-A5.4）：开发空间发射系统特派团规划人员指南，超越地球轨道任务
5. Gravity-assist trajectories to Venus, Mars, and the ice giants: Mission design with human and robotic applications. [D] . Hughes, Kyle M. 2016

机译：金星，火星和冰巨星的重力辅助轨迹：具有人类和机器人应用程序的任务设计。
6. The effect of long-term confinement and the efficacy of exercise countermeasures on muscle strength during a simulated mission to Mars: data from the Mars500 study [O] . Christopher J. Gaffney, Elena Fomina, Dennis Babich, 2017

机译：在模拟火星任务期间长期禁闭和运动对策对肌肉力量的影响：来自Mars500研究的数据
7. Study of interplanetary missions to Mercury through Saturn with emphasis on manned missions to Venus and Mars 1973/82 involving capture. [O] . Ehricke, Krafft A., General Dynamics Corporation., Astronautics Division. 1963

机译：研究通过土星对水星进行的行星际任务，重点是对载入捕获的金星和火星1973/82的载人任务。

Study of Mars and Venus orbiter missions launched by the 3-stage Saturn C-1B vehicle, volume III

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