Lithium-6 is a crucial material for nuclear fusion reactors, but isolating it is challenging – now researchers have found a ...

However, two hydrogen isotopes, deuterium and tritium, are considered the most effective nuclear fuel for fusion devices.

Explore the use of Raman spectroscopy for precise tritium detection in the pursuit of sustainable nuclear fusion energy.

General Fusion Inside, a diamond fuel capsule filled with deuterium and tritium imploded, forcing the hydrogen isotopes into ...

A mixture of deuterium and tritium — two hydrogen isotopes — will be used to fuel future fusion power plants. Inside the reactor, deuterium and tritium nuclei collide and fuse, releasing helium and ...

Nuclear fusion reactors, if and when they become practical, will need a steady supply of fuel. The source of that fuel is the ...

The fusion process sees two hydrogen isotopes, such as tritium, fuse together under intense heat and pressure to form a helium atom - releasing large amounts of emissions-free energy. UKAEA said ...

The heaviest isotope of hydrogen is made not only by man in nuclear reactors but also by cosmic rays in the atmosphere. Its radioactive atoms can be used to trace natural processes ...

What is tritium? Does it exist naturally? Tritium is an isotope of hydrogen, sometimes denoted with the chemical symbol T. It emits beta rays that are so weak they cannot even pass through a sheet ...

It also promotes the use of isotope techniques for assessing water resources ... the naturally-occurring radioisotopes of hydrogen (tritium), carbon (carbon-14) and noble gases (helium-3, helium-4 and ...