Translation:
With the development of economy and technology, human beings have been able to land on the moon, and leisure tourism has also begun to expand to the moon. Below is our project. First, we’ll get some bots to do some basic building. After that, we sent the passengers to the moon. The main functional areas include visiting center, accommodation center, recreation and fitness center, greenhouse, water and electricity system, etc. The functions are relatively complete and can meet the needs of most tourists in the next few months. When the lunar camp is fully built, it will be largely self-sufficient and even capable of meeting some scientific needs. At the same time, it also provides sufficient data for future mass migration.

Original Text:
随着经济和科技的发展，人类的脚步已经能够登上月球，休闲旅游也开始向月球拓展。以下是我们的项目。首先，我们将得到一些机器人来做一些基础建设。之后，我们将乘客送上了月球。主要功能区有参观中心、住宿中心、康乐健身中心、温室、水电系统等，功能比较完善，可以满足未来几个月大部分游客的需求。当月球营地完全建成时，它将在很大程度上自给自足，甚至能够满足一些科学需求。同时，它也为未来的大规模移民提供了足够的数据。

Translation:
(1) We will build a lunar base near the south pole of the moon, the pole part of the moon will never be illuminated by the sun due to the rotation and rotation of the moon, allowing a large amount of solid water. Secondly, radiation can be reduced here and the life of the equipment can be extended.
(2) There are suitable craters or open areas to facilitate specific site selection.
(3) There are abundant mineral resources (magnesium, aluminum, iron, titanium, helium, etc.) nearby.

Original Text:
（1）我们将在月球南极附近建造一个月球基地，由于月球的旋转和旋转，月球的极点部分永远不会被太阳照亮，从而允许大量的固体水。其次，这里可以减少辐射，延长设备寿命。
（2）有比较合适的陨石坑或空旷区域，便于具体选址。
（3）附近有丰富的矿产资源（镁、铝、铁、钛、氦等）。

Translation:
Since the Moon has little protection from an atmosphere or magnetic field, astronauts need homes that can withstand cosmic rays and meteorites. Initially, inflatable or modular shell modules brought from the earth could be built on top of other materials, such as bricks made from surface debris or organic waste combined with fungi. (Lunar soil is very poorly consolidated and needs to be integrated into building structures.. The ideal site would utilize natural shelter such as cliffs or caves. The Moon’s low gravity makes it easy to place very large reflector areas. The Moon’s The regolith is further crushed and made into a dry powder suitable for 3D printing using lasers or microwaves. Both roads and houses can be built. After the camp facilities are mature, the shell of the camp can be reinforced with the help of 3D printing technology.

Original Text:
由于月球几乎没有大气层或磁场的保护，宇航员需要能够承受宇宙射线和陨石的房屋。最初，从地球带来的充气或模块化外壳模块可以建在其他材料之上，例如由表面碎片或与真菌结合在一起的有机废物制成的砖块。（月球土壤的固结非常差，需要将其整合到建筑结构中。.理想的地点将利用天然庇护所，如悬崖或洞穴。月球的低重力使得很容易放置非常大的反射器区域。月球的风化层被进一步压碎，并使用激光或微波使其成为适合3D打印的干粉。道路和房屋都可以建造。在营地设施成熟完备后，营地的外壳可以借助3D打印技术进行加固。

Translation:
There is no serious threat to the safety of astronauts such as atmosphere, radiation and particles on the moon. Therefore, the construction of the lunar base basically needs to be made of aerospace materials to resist cosmic radiation and ultraviolet rays. The Langmuir probe can monitor the plasma caused by the solar wind. The circular shell ensures that the building is sturdy and less susceptible to physical disturbances, such as small meteorites from the moon. The lunar surface is an ultra-high vacuum, and pressurized devices inside the camp inflate the cabin’s atmospheric pressure, keeping it at a normal pressure that the human body can withstand. The moon without atmospheric protection has a daytime maximum of 172°C and a nighttime minimum of -180°C. The lowest temperature on the lunar surface is minus 233 degrees Celsius, and the temperature control system in the camp will keep the astronauts comfortable.

Original Text:
月球上没有大气层、辐射、粒子等对宇航员安全的严重威胁，因此月球基地的建设基本上需要用航空航天材料制成，以抵抗宇宙辐射、紫外线等。朗缪尔探测器可以监测太阳风引起的等离子体。圆形外壳确保建筑物坚固，不容易受到物理干扰，例如来自月球的小陨石。月球表面是超高真空，营地内的加压装置使机舱的大气压力膨胀，使其保持在人体可以承受的正常压力。没有大气保护的月球白天最高温度为172°C，夜间最低温度为-180°C。月球表面的最低温度为零下233摄氏度，营地内的温度控制系统将使宇航员保持舒适。

Lunar ice in permanently Shadowed pits would be the most readily available source of hydrogen and oxygen. It uses mirrors to reflect sunlight to melt ice, and then captures water vapor through a dome above the lunar crater. The water is then purified by electrocoagulation.

Kale is a crop that grows well in confined Spaces and contains nutrients that degrade most easily in storage (vitamins C1, K, and potassium). On the moon, astronauts will grow crops in water. They will use white and red LEDS to change the mineral and vitamin content of the plants by adjusting the illumination.

1. Solar arrays gather energy from sun and photovoltaic cell store the energy, while solar concentrators generate heat to support, for example, 3D printing.
2. Solar-powered electrolysers can split water into oxygen and hydrogen, which can then be used to make fuel or put into fuel cells to power the night.
3. Later, nuclear power components will be sent from Earth to the moon (the far side of the moon could be used to cool nuclear waste, which could be launched into the sun by small rockets or destroyed in space).

1. As part of a closed ecosystem, plants can recycle organic waste and convert carbon dioxide into breathable oxygen.
2. Solar-powered electrolysers can split water into oxygen and hydrogen.
3. Oxygen can be produced on the moon by melt electrolysis, a technique that heats lunar soil or rock and electrolyses it with electricity. Oxygen is released from the melt in the form of bubbles. When heated to 1,600 to 2,500 degrees, oxygen-containing rock can break down to produce oxygen. (High efficiency)

Translation:
1) The main purpose of our lunar camp is to make moon travel possible, to provide precedent and experimental data for future large-scale human migrations, and to reduce the cost of future migrations.
(2) Improve facilities and equipment to overcome difficulties and important problems such as extreme temperature, low gravity, rough terrain, and darkness.
(3) Develop extraction equipment, officially use helium-3 as the future energy of mankind, and solve the problem of future resource depletion of the earth.

Original Text:
（1）我们月球营地的主要目的是使月球旅行成为可能，为未来的大规模人类迁徙提供先例和实验数据，并降低未来迁徙的成本。
（2）完善设施设备，克服极端温度、低重力、崎岖地形、黑暗等困难和重要问题。
（3）研制提取设备，正式将氦-3作为人类未来能源，解决地球未来资源枯竭问题。

Translation:
In the morning, the astronauts wake up in their rooms, wash briefly, and then go upstairs to enjoy their meals and the moonlight. Astronauts will then be able to ride on a stressful rover or magnet train, zipping through lunar attractions such as the Apollo International Historical Park, and experience the footsteps of those who came before. Large and small moon seas, feel the power of asteroids. Intelligent robot guides who lead the parade will introduce them to the historical background of important cultural sites and major scientific achievements. After the tour, I went back to the base, put on comfortable clothes, and watched the wonderful growth process of the plants in the greenhouse. I think today’s food is extra sweet. In the afternoon, astronauts can do free activities at the base, go to special shopping malls, enjoy lunar snacks, and have souvenirs to take home to share with relatives and friends. Sporty astronauts also have a play area, a gym, and a low-gravity cycling field, which is a good choice. Take a leisurely afternoon stroll to the bar, order a glass of lunar origin ice to calm your burning heart and savor the loneliness of the Deep Moon Mine. After dinner, the astronauts can return to the lounge to review their day on the moon and sleep under the brighter stars.

Original Text:

早上，宇航员在他们的房间里醒来，短暂地洗漱，然后上楼享受他们的饭菜和月亮的光芒。然后，宇航员将能够乘坐压力大的漫游车或磁铁火车，在阿波罗国际历史公园等月球景点中穿梭，体验前人的脚步声。大大小小的月海，感受小行星的力量。带领游行队伍的智能机器人导游将向他们介绍重要文化遗址的历史背景和取得的重大科学成果。参观结束后，我回到基地，穿上舒适的衣服，参观了温室中植物的奇妙生长过程。我觉得今天的食物特别甜。下午，宇航员可以在基地进行免费活动，去特别商场，享受月球小吃，还可以有纪念品带回家与亲朋好友分享。运动型的宇航员也有玩耍的地方，健身房，低重力自行车场，是一个不错的选择。悠闲地下午漫步到酒吧，点一杯月球起源冰，以平静你燃烧的心，品尝深月矿井的孤独。晚餐结束后，宇航员可以回到休息室，回顾他们在月球上的一天，并在更灿烂的星空下入睡。