That’s what you will find out after reading this story:
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The central solooid is the heart of the synthesis reactor and the carefully made stainless steel jacket that can withstand extreme temperature and magnetic fields – it protects it.
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Chinese scientists say the new super steel, called China’s high -strength low -temperature steel no. 1 (CSN01), can operate up to 20 Tesla, which outperforms the steel jacket that Iter will use.
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China includes the Chsn01 in its Burning Plasma experiment to the superconduct tokamak (best) and is likely to play an important role in the future in the future.
The greatest energy of synthesis is unknown is not physics that nourishes a delicious reactor known as tokamaks. Scientists are convinced that if the reactor is overheated plasma, which is stimulated by heavy deuterium and tritic hydrogen isotopes at 100 million degrees Celsius, you will cause an independent reaction by causing almost a bunch of clean energy. Tokamaks worldwide – not to the successful inflammation of the national inflammation object in 2022. – It proved it over and over again.
The real problem is the material needed to create an object.
“You need a material solution. Give me materials that can keep this item together at temperatures to be effective,” said Phil Ferguson, Ph.D., Material Plasma Experiment Experiment (MPEX) Project Director at Oak Ridge National Laboratory told me Popular mechanics 2024. “We still lack breakthroughs.”
When the reactor, such as the diet, to accommodate the heat of the plasma, not only requires, but other parts of the same machine must withstand and operate at temperatures, approaching the absolute zero. One of these parts is the heart of the reactor itself, called the central solenoid, which is responsible for most of the magnetic flow to generate plasma, and is powered by ultralyses with conductors with supercondut. The central solenoid shield or jacket must be a steel material that can maintain higher mechanical and thermal properties at cryogenic temperature, including withstanding intense magnetic fields.
The International Thermonuclear Experimental Reactor (Iter) is the world’s most advanced tokamak, which must be started from the first plasma until 2034. Now a new state -led report South China Morning Post (SCMP) suggests that Chinese scientists have come up with a new material that has even a steel jacket chosen by an Itter. This super steel, called China’s high strength low temperature steel no. 1, or CSN01, can withstand up to 20 Tesla and 1,500 megapasca (MPA) stress. Scientists have described the 12 -year process in detail to make a steel jacket in the magazine Applied Sciences May last year.
“Although Iter’s maximum 11.8 Tesla outdoor design is sufficient for themselves, future higher field magnets will require advanced materials,” said the Chinese Academy of Sciences (CAS) Lafeng, “reports the Chinese Academy of Sciences SCMP; “Creating a new General Cryogenic Steel is not optional-it is necessary to successfully successfully perform Chinese fusion energy experimental devices.”
The CHSN01 will participate in the central solooid, which contains China’s burning plasma plasma experiment tokamak (best), an intermediate reactor between first-generation reactors and Chinese synthesis engineering test reactor-concrete plant demonstrate. Scientists seek the best reactor to reach the first plasma in 2027. At the end of the end.
After understanding the physics of the synthesis, we now produce materials to make it possible.
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