郑州轻工业附属中学 郑州市-河南省 Kitajska 18 let, 19 let 5 / 3 Kitajski Luna
我们的选址地点是靠近月球南极的Shackleton环形山，宇航员由空间站发送航天飞机到达基地的着陆区块，通过精确规划飞行轨道，充分利用引力助推尽量减少能源消耗。我们营地的风格以科技感为核心，营地的建筑外观采用简洁的线条和几何形状，建筑的表面会涂有特殊涂层，能够抵御月球的极端温差和辐射。我们的创新点是拥有三叶草技术以及熔岩管道的建设。我们的月球营地是一个综合性建设，兼具科研研究性和旅游观赏性，包括基本生活区、能源区、科研区以及商业区，关于生存必需品的提供有以下几种方式：利用水循环系统收集废水和其他可能的水源，然后经过物理过滤、化学消毒和活性炭吸附等净化步骤，净化后的水被储存起来，供人们日常饮用和使用。同时利用月球农场提供食物，通过种植适应月球环境的作物，采用高效灌溉和施肥系统，结合自动化和智能化管理，动物则选择动物细胞培养技术。我们利用太阳能板和月球半导体温差发电组，高效收集太阳能和利用月球表面温差，转化为电能，又通过先进的空气循环和过滤系统，获取并净化月球表面的气体，同时利用月球岩石中提取的氧气，为营地提供清新、安全的空气。
Angleški prevod
Our site is located in the Shackleton crater near the south pole of the moon, where astronauts will send the shuttle from the space station to the landing zone of the base, minimizing energy consumption by precisely planning the flight trajectory to take full advantage of the gravitational boost. The style of our camp is centered on technology, with clean lines and geometric shapes on the exterior of the camp’s buildings, which will be coated with special coatings to withstand the extreme temperatures and radiation of the moon. We are innovative in having cloverleaf technology as well as the construction of lava tubes. Our lunar camp is a comprehensive construction, both scientific research and tourism, including basic living area, energy area, scientific research area, and commercial area. Regarding the provision of survival necessities, there are several ways to provide them: using water recycling system to collect wastewater and other possible sources of water, and then through the purification steps of physical filtration, chemical disinfection, and activated charcoal adsorption, the purified water will be stored and used for people’s daily Drinking and use. A lunar farm is also used to provide food, through the cultivation of crops adapted to the lunar environment, with highly efficient irrigation and fertilization systems, combined with automation and intelligent management, and animal cell culture technology is selected for animals. We utilize solar panels and lunar semiconductor temperature difference power generation units to efficiently collect solar energy and utilize the temperature difference on the lunar surface, converting it into electrical energy, and through advanced air circulation and filtration systems, we obtain and purify gases on the lunar surface, and at the same time, we utilize the oxygen extracted from the lunar rocks to provide the campsite with fresh and safe air.
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