deuteron

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deu·ter·on

 (do͞o′tə-rŏn′, dyo͞o′-)
n. Abbr. d
The nucleus of a deuterium isotope of hydrogen, composed of a proton and a neutron, regarded as a subatomic particle with unit positive charge.

deuteron

(ˈdjuːtəˌrɒn)
n
(Chemistry) the nucleus of a deuterium atom, consisting of one proton and one neutron

deu•ter•on

(ˈdu təˌrɒn, ˈdyu-)

n.
a positively charged particle consisting of a proton and a neutron, equivalent to the nucleus of an atom of deuterium. Compare triton.
[1933; < Greek deúter(os) second]
ThesaurusAntonymsRelated WordsSynonymsLegend:
Noun1.deuteron - the nucleus of deuterium; consists of one proton and one neutron; used as a bombarding particle in accelerators
subatomic particle, particle - a body having finite mass and internal structure but negligible dimensions
References in periodicals archive ?
Carbon-14 was first discovered by Martin Kamen at Berkeley, by the bombardment of carbon-13 with deuterons, on February 27, 1940.
At the energy of several neutrons of SNO neutrons acting on the detectors, the deuterons of their heavy water decay into protons and neutrons.
5 MeV, so we are not able to split alphas into two deuterons.
Sampson, Ploughe wrote his thesis on "The Inelastic Scattering of Deuterons by Bi209 and an Investigation of Bi209(d, p) Bi210.
The subject of the contract is the delivery of the neutron generator for the production of neutrons with energy 14 mev based on the reaction of deuterons and tritons (dt reaction) including the control device, the system for monitoring the neutron flux and the necessary accessories.
The Linear IFMIF Prototype Accelerator aims to demonstrate the technical feasibility of the IFM1F accelerator designed to operate two beams of deuterons at 125 mA with 100 percent duty cycle to obtain a source of fusion-relevant neutrons equivalent in energy and flux to those of a fusion power plant.
In addition, the theoretical analysis on the process of cold fusion indicates high values of the probability of fusion between deuterons within a micro-crack at room temperature and with impure metals.
At energies above 10 keV this is reasonable since stopping power has been measured for protons, deuterons and tritons and the results are the same for equal velocities (7).
These deuterons "burn" via a thermonuclear reaction, and this provides the intense heat and brilliant light of the sun.
To sort out what was happening, the RHIC teams turned to the less energetic collisions between gold ions and deuterons.
The instrument in use here was the 60-inch cyclotron, and the diamonds were bombarded with neutrons and alpha particles, as well as deuterons.
In 1937 Segre bombarded molybdenum with deuterons, the atomic nuclei of hydrogen-2, which had been discovered by Urey (see 1931, Deuterium).