Fusion is the end-goal of terrestrial energy generation on Earth. By fusing together plasma of two light nuclei (in this example, two atoms of the hydrogen isotope deuterium), the strong nuclear force ...
But deuterium also holds a whole lot of promise for nuclear fusion. It would create a lot more energy than the methods investigated on Earth, and burn hotter too.
This isotope of hydrogen is called deuterium, and heavy water's more scientific name is deuterium oxide, abbreviated as D 2 0. Nuclear power plants harness the energy of countless atoms of uranium ...
Astronomers could then determine the so-called deuterium to hydrogen ratio (or the abundance of deuterium relative to hydrogen) in the planet’s oceans. Measuring an exoplanet’s D to H ratio is ...
Because c is very large, a small amount of missing mass turns into a large amount of energy. The main fuels used in nuclear fusion devises are deuterium and tritium, both heavy isotopes of hydrogen.
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