▌作品介绍：我设计的这套设备，应用于太空植物栽培园。封闭的植物生长舱顶端装有雷达接收信号指令，舱身用碳纤维制成的软管连接液体养料舱和大气舱，采用不用土壤而用加有养分溶液的物料作为植物生长介质的栽培方法。人们坐于钛合金制造的操控台上，生长舱内的光照、水分、大气和养料都可以根据需要进行远程控制。再利用太空中一天二十四小时都有充沛的阳光这一条件，就能种植出比地球上更优质的植物。 本创新设计的特色与好处便在于它的构造并不繁琐，计算起来成本不高，它可使宇航员以及将来生活在异星球上的人们吃上新鲜的蔬菜瓜果，而植物在进行光合作用时释放出的氧气又可顺着软管传入大舱内，为人类的航天飞船提供取之不竭的新鲜氧气。
此文自动翻译Introduction:This set of equipment I designed is applied to the space botanical garden. The top of the closed plant growth cabin is equipped with radar receiving signal command. The cabin body is connected with the liquid nutrition cabin and the atmosphere cabin by a hose made of carbon fiber. The cultivation method of using the material with nutrient solution as the plant growth medium instead of soil is adopted. People sit on the console made of titanium alloy, and the light, water, atmosphere and nutrients in the growth cabin can be controlled remotely as needed. By using the condition that there is abundant sunshine in space 24 hours a day, we can grow better plants than on earth The feature and advantage of this innovative design is that its structure is not complicated and its calculation cost is not high. It can make astronauts and people living on different planets eat fresh vegetables, fruits, and fruits, while the oxygen released by plants during photosynthesis can be introduced into the large cabin along the hose, providing inexhaustible fresh oxygen for human spaceships.
