To the question of including additional technical means in the Venus exploration program

M. Yatsenko, V. Vorontsov
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引用次数: 2

Abstract

The current issue of expanding the scheme of the experiment for the contact research of Venus by including a multirotor aircraft as an additional technical means of research in a prospective expedition is considered. The concept is developed by the authors considers the possibility of creating and launching a multi-rotor aircraft (as a complex technical system) into the atmosphere of Venus in order to collect data on the composition and properties of the planet's atmosphere, as well as taking photos and videos of its surface. Such devices will operate for a certain time in the specified altitude levels (zones). The authors suggest mounting them in the descent vehicle. The article describes the goals of creating this technical system and the tasks that it should perform on the Venus. The paper illustrates the possible utilization options and schemes for putting a multirotor aircraft into operation in the atmosphere of the planet, the nature of its movement. As a module of the energy storage system, batteries are selected that will significantly improve the functioning of a multirotor aircraft and increase the duration of its motion in the atmosphere. The options for placing multirotor vehicles in the developed model of the base descent vehicle are shown, mass-dimensional parameters are estimated.
关于在金星探测计划中加入额外技术手段的问题
目前的问题是扩大金星接触研究的实验方案,包括一个多旋翼飞机作为一个额外的技术手段,在未来的考察研究。这一概念是由作者考虑到创造和发射多旋翼飞行器(作为一个复杂的技术系统)进入金星大气层的可能性而提出的,目的是收集有关金星大气层成分和特性的数据,以及拍摄其表面的照片和视频。这些设备将在规定的高度(区域)运行一段时间。作者建议将它们安装在下降飞行器中。本文描述了创建该技术系统的目标以及它应该在Venus上执行的任务。本文阐述了多旋翼飞行器在地球大气层中运行的可能利用方案和方案,以及其运动的性质。作为储能系统的一个模块,选择的电池将显著提高多旋翼飞机的功能,并增加其在大气中的运动时间。给出了多旋翼飞行器在所建立的底降飞行器模型中的放置方案,并对质量尺寸参数进行了估计。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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