According to the scientists of China's Institute of Plasma Physics, the # sunshine güneş of China, where the experiment was conducted, reached a temperature of 180 million temperatureF with a heating power of 10 megawatts. It's six times warmer than the center of the sun. The device is constructed to use the Experimental Advanced Superconducting Tokamak (EAST), nuclear fusion energy, the same process that powers the stars.
Most living things are connected to nuclear fusion. If the sun stops working, will we? However, fusion can offer a clean energy solution for the future.
In order for a fusion reaction to occur, the two atom cores are joined together at extremely high pressure and above 270 million ºF. When they are united, they release the masses of energy that can be captured and potentially used to power the cities. Unlike fossil fuels, there is zero carbon emissions. And unlike nuclear fission, it is relatively safe.
Land The news from EAST is so exciting,, said William Dorland, a physicist who studied nuclear fusion reactors at the University of Maryland. The result is not seen at all – world record temperatures are five times warmer – but not included in the survey, Dorland said the result was refreshing, especially due to the design of the device. Manufactured for iştir magnetic confinement fusion “.
Yüksek The challenge for magnetic limitation fusion is to produce high temperatures in the fuel while maintaining high density and excellent thermal insulation,. Dorland said. Aynı It's hard to get these three performance goals at the same time. “
Nuclear fusion is difficult to start and even more difficult to maintain. It is difficult to build a reactor that can handle the enormous pressure and temperature required by the reaction. However, fusion laboratories and beginners around the world have begun to overthrow the future, report the BBC, and see a future with fusion energy on the horizon.
Christofer Mowry, managing director of a Canadian company called General Fusion, said, General This is the moment of fusion for SpaceX. BBC An This is when the maturation of the science of fusion, combined with the emergence of the 21st century, allows technologies such as additive production and high-temperature superconductors. Fusion is no longer 30 years away. & # 39; "
We still have a lot of milestones ahead of us. Forming a reactor capable of limiting the liquid and scaling the device up to a commercially viable dimension is one of the two biggest obstacles.