Experiment 6 03 satellite was successfully launched and will be used for space environment detection
On April 24, 1970, with the launch of Dongfanghong 1, China became another country with the ability to design, manufacture and launch artificial satellites. In the following decades, various Artificial satellites have been sent into space. They have different functions but perform their own tasks, which have provided great help for my country's development, construction and scientific exploration. And just this morning, a satellite was successfully launched, and this satellite is the test No. 6 03 satellite. According to Xinhua News Agency, at 7:01 on April 9, my country successfully launched the No. 6 03 satellite into the orbit with the Long March 4B carrier rocket at the Taiyuan Satellite Launch Center. And this is also the 365th space flight of the Long March series of launch vehicles. The successful launch of the No. 6 03 satellite in this test is of great significance for my country to carry out space environment detection and related technical experiments. About the Long March 4B carrier rocket: The Long March 4B carrier rocket is a three-stage normal temperature liquid carrier rocket developed by the Shanghai Institute of Aerospace Technology. Realize the launch of multiple satellites with one arrow and the carrying services of small satellites. The first successful launch of the Long March 4B carrier rocket was on May 11, 1999. With the launch of the No. 6 03 satellite in this test, the Long March 4B carrier rocket has been successfully launched 39 times, helping us transport domestic and foreign satellites. Over 40 pieces. When it comes to spaceflight, many people first think of manned spaceflight. In fact, compared with manned spaceflight technology, artificial satellite technology is also very important for the development of spaceflight. According to statistics, artificial satellites account for more than 90% of all spacecraft launched at present, and their functions and uses involve communication, meteorology, reconnaissance, navigation, geodesy and other aspects. From a technical point of view, the success of artificial satellites not only means that human beings have the ability to send instruments and equipment into space, but also a manifestation of human beings’ laws of celestial mechanics and their ability to further utilize modern tools such as instruments. I believe that with the continuous advancement of technology, aerospace engineering will bring us more surprises.
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