论文标题
评估效率，影响因素，探测质量的影响，预期探针的影响以及火星任务的可靠性
Assessment of Efficiency, Impact Factor, Impact of Probe Mass, Probe Life Expectancy, and Reliability of Mars Missions
论文作者
论文摘要
火星是月球之后的下一个边界，供太空探险者展示低地球轨道以外的人类探险和技术的程度。政府太空机构以及私人空间部门正在广泛努力寻求更好的太空企业。专注于通过机器人卫星到达火星的灵感，我们解释了一些重要的任务参数，例如任务尝试的比例，火星探针的效率和可靠性，质量的影响和影响因素对任务持续时间的影响和影响因素对任务持续时间，连续任务尝试之间的时间滞后，对探测器生活的解释和过渡区域的解释以及采用各种数学分析的过渡区域。我们已经讨论了这些参数对前瞻性任务成就的重要性。我们在本文中的新颖性是我们发现了一个深厚的关系，描述了探针质量对任务持续时间有不利影响。通过这种关系，我们还解释了即将到来的任务的探测预期寿命持续时间。
Mars is the next frontier after Moon for space explorers to demonstrate the extent of human expedition and technology beyond low-earth orbit. Government space agencies as well as private space sectors are extensively endeavouring for a better space enterprise. Focusing on the inspiration to reach Mars by robotic satellite, we have interpreted some of the significant mission parameters like proportionality of mission attempts, efficiency and reliability of Mars probes, Impact and Impact Factor of mass on mission duration, Time lag between consecutive mission attempts, interpretation of probe life and transitional region employing various mathematical analysis. And we have discussed the importance of these parameters for a prospective mission accomplishment. Our novelty in this paper is we have found a deep relation describing that the probe mass adversely affects the mission duration. Applying this relation, we also interpreted the duration of probe life expectancy for upcoming missions.
