Once the deuteron has formed, the fusion in the Sun can race ahead.

Nuclear reactions involving deuterons were dismissed as due to fraud.

An alternative route is to react B with deuterons.

The proton, and the deuteron both are stable, at least on any time scale less than "cosmic".

The products of nuclear fusion involving deuterons with hydrogen isotopes.

Oxygen-15 is synthesized through deuteron bombardment of nitrogen-14 using a cyclotron.

By increasing the amount of deuterium they were raising the chance that two deuterons fused together.

Protons and deuterons are easy to come by; the ion source has been known since long before the cyclotron.

Polarized beams of protons and deuterons are also available.

The nucleus of deuterium is called a deuteron.

Deuteron, the only known stable composite particle that consist of six quarks.

Its copious protons fuse with the new deuterons forming 3 He and radiation.

The proton or deuterons to be accelerated are made to move in circles of increasing radii.

There, he used a particle accelerator to fire heavy hydrogen nuclei (deuterons) at various targets.

Hence, in iron the quark's Fermi motion is smaller than that of the deuteron.

And, simultaneously, the water ceased to inhibit the neutron and deuteron activity of his body.

Deuterons can still knock out the jet-producing quarks, but they are too light to create a quark-gluon plasma.

The singlet deuteron is a virtual state, with a negative binding energy of 60 keV.

Some reactions between deuterons and lithium nuclei.

Among the products of the fusion between two deuterons (dd fusion) are neutrons.

By lining up all the deuterons with the magnetic field, it is, in theory, possible to increase the fusion rate by about 50 per cent.

Hydrogens and deuterons are not involved in recombination reactions.

The deuteron is so loosely bound that this is almost the same as proton or neutron capture.

Discovery of deuteron electric quadrupole moment, molecular beam spectroscopy.

The deuteron has spin +1 ("triplet") and is thus a boson.