EurekAlert!15d
Some fuel lodges in the inner walls of fusion vessels. Researchers now have a better idea of how much.
To keep the system working efficiently, it’s important to know how much fuel might be trapped. “Understanding how boron coatings can interact with deuterium can help us improve materials for ...
Phys.org15d
Some fuel will get stuck in inner walls of fusion vessels: Research provides a better idea of how much
In a commercial fusion system, the fuel will likely be made of deuterium and tritium, which are both forms of hydrogen. Tritium is radioactive, but deuterium is not. So, the experiments used ...
POWER Magazine1mon
Focused Energy, Livermore Lab Join in Support of Fusion Research
Courtesy: Fabian Christ, Targetry Team, Focused Energy Wetted foams offer a viable path to reduce the time it takes to make a deuterium-tritium layer within a fusion fuel target. However ...
Science Daily15d
Some fuel lodges in the inner walls of fusion vessels: Researchers now have a better idea of how much
Deuterium also stands in for tritium in experiments In a commercial fusion system, the fuel will likely be made of deuterium and tritium, which are both forms of hydrogen. Tritium is radioactive ...