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Is this true? Dear viewers! Welcome back to our channel! I am delighted to share and discuss the following topics with you: 1. What does this breakthrough in plasma engine technology mean for China's aerospace industry? 2. Besides propulsion and energy efficiency, what other advantages does this new type of engine offer? 3. How did China overcome and achieve this breakthrough in the face of technological barriers from the United States? China's aerospace industry has once again achieved a significant breakthrough: the independent development of plasma engine technology has successfully broken through barriers and leads globally! This time, China has once again demonstrated its outstanding strength in the field of science and technology, successfully breaking through the technological blockade imposed by the United States and achieving a major technological breakthrough. This achievement is the breakthrough development of plasma engines, which not only astounds many with its foresight and innovation but also further consolidates China's dominant position in aerospace technology. The Chinese aerospace community has high hopes for this new technology and has established a new electric propulsion laboratory dedicated to the research and testing of plasma engines. This equipment, known as the Hall electric propulsion engine, has attracted attention for its efficient use of electricity to propel spacecraft in space. Plasma engines, with their unique working principles, can achieve long-term and continuous thrust output in space environments, which is crucial for deep space exploration missions or satellite orbit adjustments. The newly established electric propulsion laboratory will be specifically used to test and verify these plasma engines, ensuring that they meet the rigorous performance requirements of future space missions through a series of strict experimental procedures. Testing in the laboratory includes but is not limited to the durability, efficiency, thrust, and adaptability of the engines to different space environments. With such facilities, Chinese research teams can obtain more valuable data to continuously optimize and innovate plasma engines. Furthermore, this breakthrough in technology also adds new chips to China's international space competition. With the maturity of plasma engine technology, China is expected to take a leading position in satellite positioning, deep space exploration, and even future interstellar travel, contributing more Chinese wisdom and solutions to human space exploration. So why develop this kind of engine so vigorously? The main reason is energy. Because this kind of engine does not require fuel and ignition combustion, it relies entirely on electromagnetic coils to accelerate plasma to eject at ten kilometers per second, generating thrust. Moreover, according to some videos, it seems to emit blue light, which makes most people find it very futuristic. At least for now, if something like this appears, everyone feels it's impossible, and the use of electric propulsion engines has more advantages in terms of performance. But comparing the data, it's ten times more efficient than traditional rocket engines. It is precisely for this reason that it has attracted more attention. However, this technology has always been controlled by the United States before, and now it has been broken through by China. Another breakthrough in technological blockade means that China will have more advantages. The emergence of this new electric propulsion engine will completely change the pattern of the aerospace field. Traditional rocket engines require a large amount of fuel and ignition combustion, which not only consumes resources but also produces a large amount of exhaust and noise. The electric propulsion engine relies entirely on electromagnetic coils to accelerate plasma, does not require fuel, does not produce exhaust, and has very low noise, greatly reducing its impact on the environment.
