Mooncamp challenge
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Pioneers gallery 2022 – Moon Camp Challenge
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Pioneers gallery 2022

Moon Camp Pioneers Gallery 2021-2022

In Moon Camp Pioneers each team’s mission is to 3D design a complete Moon Camp using Fusion 360. They also have to explain how they will use local resources, protect astronauts from the dangerous of space and describe the living and working facilities.

Team: Skyhook

Shanghai Qingpu Senior High School  Shanghai    China 16, 15   6 / 1
External viewer for 3d project
Project description

我们的月球基地被设计为从科研阶段到旅游开发阶段的过渡基地。兼顾舒适性、实用性和安全合理性,可支持前一阶段4名航天员进行月球科研实验、月面活动、样本采集和日常生活,旨在进一步开展月球科学研究,更全面地利用月球科学。月球资源。研究项目完成和旅游接待准备工作后,将作为发展月球表面旅游的基础,成为月球深度开发的大本营。它将是一个兼具科研和旅游产业的多功能基地。

2.1 Where do you want to build your Moon Camp?

位于月球沙克尔顿陨石坑的边缘(0.0°89.9°S),该地点是永恒日光带,包含克利普岩(南半球月球表面持续照明持续时间为86%)。靠近极点,在温度和角速度的影响下,月球的大部分水资源都被冻结在地下,这对月球营地的发展十分友好。此外,数据显示陨石坑含有更多的氢,这表明可能存在水冰。沙克尔顿陨石坑附近是马拉珀特山,它的山顶,无论月球如何旋转,地球始终可见,适合大型地面通信中心。此外。后山适合无线电信号屏蔽区,

2.2 How do you plan to build your Moon Camp? Describe the techniques, materials and your design choices.

我们打算将角砾岩、月球土壤中的砾石和其他材料与水混合,使其成为混凝土,以在我们的月球基地地面上方建造主体建筑的外壳部分。从地球上,我们将携带一台3D打印机,将混凝土材料制成建筑物,可以大大减少对地球运输能力的依赖。同时,我们将在混凝土中掺入玻璃纤维,以提高基壳的保温性能。在基地内,不同区域将放置恒温装置,确保航天员有一个舒适的工作和生活环境。地下部分是最先建造的部分,目的是完成一个能满足宇航员衣食住行的空间,然后在此基础上扩建,最终成为一个完整的月球基地。更重要的是,

2.3 The environment on the Moon is very dangerous for the astronauts. Explain how your Moon Camp will protect them. (maximum 150 words)

我们在月球营地的反陨石任务由三部分组成,外层由激光反导完成,中层由防空导弹技术完成。多套近身防御枪会拦截前两次剩余的陨石碎片。并且在雷达的帮助下,他们可以准确识别物体是否是陨石。我们的穹顶可以有效地保护我们免受终端陨石小碎片的攻击。此外,我们将在地下设置一个避难层,让宇航员保护自己的人身安全,并在地球支援人员到来之前生存。

2.4 Explain how your Moon Camp will provide the astronauts with:
Water
Food
Power
Air

1. Water supply:
(1): From Earth, transported to the space station by a delivery device.
(2): A small amount of water is gathered from meteorites captured in space.
(3): The hydrogen gas generated by electrolyzed water reduces the abundant silica, alumina, iron oxide, magnesium oxide and other oxides in the lunar soil to generate water, and consumes excess hydrogen.
2. Water circulation system:
(1): The water vapor produced by respiration in the space station is returned to the reservoir by condensation.
(2): Toilet sewage and other domestic sewage purification cycle.

(1): Potatoes and cabbages grown in the planting station can compose part of the supply, and a high growth rate can be achieved through precise irrigation and cultivation technology.
(2):Through the launch vehicle, the space food in vacuum packages which are sufficient for all astronauts to eat for at least three months is regularly delivered to the base .
(3): Stored with spare compressed food for emergency satiety, it will not be used until it is a last resort.

1.The main energy source:
(1)Nuclear fusion devices:
Deuterium for nuclear fusion devices, at extremely high temperatures and pressures to let the electrons outside the nucleus get rid of the shackles of the nucleus, so that the two nuclei can attract each other and collide together, the nuclei of the atoms polymerize each other. The release of a large number of electrons and neutrons is the release of huge energy.
(2)Solar power:
Nuclear fusion devices and the solar device will supply energy together. Since the moon does not have an atmosphere, solar panels are also important power supply equipment as they can convert electrical energy to a large extent. They will operate when the moon has sunlight, and excess electrical energy will be stored in the battery.
2.Grid laying:
The most important life supply device is laid outwards, and the battery is also nearby.

(1) Through the electrolyzed water generator, the water is mainly provided by the redox device. Part of the oxygen is sent into the ventilation system for human breathing, and the excess is stored in the open air and frozen into “oxygen ice”. If the oxygen content is insufficient, we can melt and sublimate the “oxygen ice “.
(2) Use plant photosynthesis in the planting station to produce oxygen and remove carbon dioxide.
(3) The rest of the air components such as nitrogen, carbon dioxide, etc. will basically not be reduced, so it basically does not need to be generated. However, just in case of leakage, there is a compressed gas stored in the storage room, and oxygen will start to supply when oxygen is insufficient.
(4) In case of air leakage, there is a compressed gas stored in the storage room that is enough to balance the content three times.

2.5 Explain what would be the main purpose of your Moon Camp.

本次月球营的主要目的分为两个阶段:
(1)第一阶段:该营将作为月球科学研究的前线基地,主要负责月球地貌环境、材料等方面的科学研究。 ,进一步了解月球环境,探索发展价值,为未来人类大规模登陆做准备。
(2)第二阶段:月球开发成熟后,营地将开发旅游资源,接纳和安置游客。作为旅游营地,​​我们的基地将被改造成月球博物馆,供地球游客参观。改造工程将在科研任务完成后开始,增加月球酒店等设施。

3.1 Describe a day on the Moon for your Moon Camp astronaut crew.

为了保证航天员的睡眠时间和心理状态,同时不打乱生物钟,我们的日程安排将与地球上类似。我们为我们的营地设置了一个通用控制台,用于全面检测,以确保营地的安全。还有用于监测宇航员睡眠时间和心理状况的仪器。
考虑到人数较少,我们将采取集体行动。
23:00~7:00:睡觉
7:00~9:00:运动和早餐
为防止低重力的影响,宇航员可以在完成卫生清洁后在休闲区运动。
9:00~11:00:实验/种植
宇航员可以从各种可用的实验中进行选择,但不限于各种物理化学,这些实验只能在月球环境中使用,或者在月球环境中易于使用。
到种植区监测和照顾植物的种植,确保蔬菜供应也是一种选择。
11:00~12:00:自给午餐
13:00~15:00:自由时间
航天员可以睡觉,也可以参加娱乐区的各种活动,也可以和地球上的家人聊天。他们还可以看书或上网,以确保知识和信息的及时性。
15:00~17:00:采集样本
航天员可以驱车外出考察月球环境,采集样本和各种数据。
17:00~19:00:晚餐娱乐时间
19:00~22:00:安排
航天员可以进行样品整理、一日数据整理和采集分析工作。
22:00~23:00:
检查 对整个基地进行检查,防止出现问题和漏洞,危及生命,日志整理。

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