‘100 times more powerful than Nasa equipment,’ China is constructing a nuclear reactor for space travel

‘100 times more powerful than Nasa equipment,’ China is constructing a nuclear reactor for space travel

For its trips to the Moon and Mars, China is creating a nuclear reactor.

According to the South China Morning Post, the reactor can produce one megawatt of electricity and is 100 times more powerful than a similar device being developed by Nasa.

It is expected that by the end of the decade, the fission power source developed by NASA will be ready to power a lunar settlement.
According to two unidentified scientists, chemical fuel and solar power will not be sufficient to meet the needs of human space travel and possible colonisation on other bodies.

"Nuclear power is the best chance for the future. A number of other countries have taken a more proactive stance on the issue. "China cannot afford to lose this race," one person stated.

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'100 times more powerful than Nasa equipment,' China is constructing a nuclear reactor for space travel.

The Chinese media claims that because of the secrecy surrounding the projects, there are no laws in place to cope with a possible botched launch or a meltdown.
Smith, Adam
It was 16:29 on November 26th, 2021.

For its trips to the Moon and Mars, China is creating a nuclear reactor.

According to the South China Morning Post, the reactor can produce one megawatt of electricity and is 100 times more powerful than a similar device being developed by Nasa.

By the end of the decade, Nasa plans to have developed a fission power source capable of sustaining human life on the Moon.
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According to two unidentified scientists, chemical fuel and solar power will not be sufficient to meet the needs of human space travel and possible colonisation on other bodies.

"The most hopeful solution is nuclear power. A number of other countries have taken a more proactive stance on the issue. "China cannot afford to lose this race," one person stated.
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In order to avoid a meltdown, the megawatt space reactor must cool itself; only portion of the heat generated by it may be used to generate energy, while the rest must be released into space.

As a result of its small size, its temperature will be substantially higher than on Earth.

Chinese Academy of Sciences researcher Jiang Jieqiong has suggested that the reactor may use a collapsible frame - like an umbrella - to enhance the surface area of the radiators.

Other concepts exist, such as the development of smaller reactors that might be combined into a larger machine and used to power the massive ion thrusters that would propel astronauts to the Red Planet.

Space debris is a problem that has arisen as a result of humanity's race to colonise the stars. Many countries have been reluctant to deal with the 228 million bits of space debris that are scattered throughout the planet.

"The interests of all nations" have been threatened by a Russian satellite's detonation, a US State Department official said earlier this month, after hundreds of thousands of pieces of debris were left in orbit.
In May, China's Long March 5B rocket was left circling the Earth at such a high rate that it was impossible to accurately estimate its landing.
According to the South China Morning Post, no legislation is in place to deal with a space nuclear reactor disaster, such as a failed launch or a meltdown in orbit.
According to space scientist Zhang Ze from the Shanghai Institute of Space Propulsion, it is critical to establish a safety evaluation and management system that is appropriate to our country's technological status and to increase transparency in research and development progress in order to alleviate public concerns.

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