deuterium

Deuterium is incredibly easy to fuse compared to hydrogen and most of the sun's energy actually comes from fusing it.

Alternatively, a means might be found to put the neutrons from pure deuterium fusion to good use.

deuteron: The nucleus of a deuterium atom, consisting of a proton and a neutron, regarded as a subatomic particle with unit positive charge.

Deuterium can destroy the double helix structure of DNA and lead to the damage of genetic information, making the infants easy to get sick.

ICF target is one of the key components of ICF facilities, the micro capsula for deuterium-tritium fuel is the core of ICF target.

At the center of this chamber, the deuterium-tritium target is held in place by what looks like a giant pencil tip.

It will probably have to be with the help of the plentiful deuterium in the ocean, used as thermonuclear fuel.

However, there is a very attractive reaction between deuterium and a light isotope of helium known as helium-3.

In a semi heavy water molecule, one hydrogen atom (H) is replaced with a heftier version called deuterium (D).

Deuterium is a heavier form of hydrogen that is common in Earth's oceans and that would have too much mass to escape Venus' atmosphere.

As enrichment developed, deuterium extraction efficiency decreased with time while HD concentration along distillation column increased.

Although deuterium is cheap and abundant, tritium is exceptionally rare and must be harvested from nuclear reactions.

Most current fusion efforts look to combine two atoms of deuterium, a heavier version of hydrogen with an extra neutron.

A deuterium atom is the same as a hydrogen atom, except the former has an extra neutron in its nucleus.

The calibrating system was established, which mainly consists of high stable deuterium lamp, integral ball and fiber optic spectrometer.

Rays of plasma dart between gaps in the now-invisible grid as deuterium atoms, accelerated by the tremendous voltages, begin to collide.

Deuterium and tritium goes together makes helium 5. Helium splits out, and a neutron comes out and lots of energy comes out.

A deuterium atom is a hydrogen with an extra neutron in its nucleus.

The feasibility of using quadropole mass spectroscopy to differentiate helium and deuterium was discussed.

If you could merge deuterium with deuterium, you gain energy.

What's more, it detected comparatively high levels of the isotope deuterium in Venus' upper atmosphere.

Analysis of sputtering yield of flowing liquid lithium curtain surface for blanket in the deuterium saturated state, has been performed.

The structure of the system is simple and it can be applied to deuterium enrichment from hydrogen isotopes of low deuterium concentration.

A self-displacement gas chromatography (SDGC) system using two columns packed with Pd was fabricated for deuterium enrichment.

Currently the cleanest probe of big bang nucleosynthesis is the abundance of deuterium.

The results showed that SWNTs may be promising material for storage of deuterium and tritium for use as fusion fuel.

So typical moderators in reactors thermal reactors are deuterium and hydrogen.

In order to verify this procedure, the parameters of state of different deuterium -tritium(DT) and argon mixtures are analysed.

To produce deuterium requires an environment of high energy .

Deuterium is abundant in the ocean and can be used by mankind for more than ten billion years.

The drinking water with hydrogen or deuterium is made by adding pure hydrogen or deuterium into pressurized drinking water.

Aim To synthesize deuterium labelled iptakalim hydrochloride and confirm the MS fragment pathways of iptakalim hydrochloride.

It is very hard to come up with another process that would produce deuterium via nuclear fusion.

Deuterium-based fusion reactors enter widespread use on Earth.

This is composed of a mixture of deuterium (a rare isotope of hydrogen) and lithium (a light metal).

Specifically, the ratio of heavy hydrogen, or deuterium, to regular hydrogen was too high in the comets.

Unlike helium-3 we know the moon has large amounts of hydrogen, as ice, and a significant fraction of it will be deuterium.

It contains a tiny pellet of fuel made from an isotope of hydrogen called deuterium.

The fuel will be made from two heavy forms of hydrogen, called deuterium and tritium.

Low-deuterium water can greatly protect the structure of DNA and enhance the immunity of babies.

Two types, or isotopes, of hydrogen are used - deuterium and tritium.

Like deuterium, it is rare relative to helium-4, but, unlike hydrogen, helium doesn't form chemical compounds as abundant as water.

So here are some nuclides of interest, hydrogen, deuterium, carbon, sodium and obviously uranium.

14 seconds later, the temperature became 3 billion degrees, forming the first deuterium atom.

Such dust might be hiding deuterium , an isotope of hydrogen, and stymieing astronomers' efforts to study star and galaxy formation.

Glacier Water comes from the glacier of Tengger Peak of Tianshan, Xinjiang, which is the rare low-deuterium, low-sodium water in the nature.

Kinetics of deuterium desorption by titanium deuteride with anodic oxide layer on the surface

Theoretical study on the nuclear fusion mechanism of deuterium clusters aroused by Coulomb explosions with femtosecond intense laser

Correlation between Deuterium Excess in Monsoon Precipitation of New Delhi and the Origin of Precipitation

Research on the Thermodynamics Isotope Effects of Titanium Absorbing Hydrogen, Deuterium and Tritium

Study on Mass Spectrum Analyzing Technology of Deuterium Abundance in Lithium Hydrogenate Deuterate

Preliminary studies on tritium sorption in stainless steel under high pressure gas mixture of deuterium and tritium

Theoretic study on nuclear fusion induced by multiple explosions of deuterium clusters in strong laser field

Research on the Kinetics Isotope Effects of Titanium Absorbing Hydrogen, Deuterium and Tritium

Experimental Studies on Hydrogen Isotopic Deuterium From Gas to Liquid Phase by Catalytic Exchange

The best fuels for fusion are two types, or isotopes, of hydrogen - deuterium and tritium

Study of Relativistic High Harmonic of Deuterium Atom in the Ujltrastrong Laser Field

Effects of the thickness of oxide layer on yield of neutron from deuterium-tritium reaction

Analysis Technique of Impurity in High Purity Deuterium by Cryogenic Gas-Chromatography

Influence of Helium on Deuterium Absorption by Unsaturated Uranium Deuteride

Studies on Displacement Behavior between Hydrogen and Deuterium in Hydride Column

Spectral Radiance Calibration of Deuterium Lamp Utilizing the Hefei 800 MeV Synchrotron Radiation

Nuclear Fusion Induced by Dual Explosion of Deuterium Cluster in Strong Laser Field

Sputtering Yield of Liquid Lithium Surface in the Deuterium Saturated State

Study on the Performance of Deuterium Displacement Recovery and Loading by Using Pd Particle Bed

Kinetics of Deuterium Absorption of Titanium With Anodic Oxide Layer

Anomalous Nuclear Phenomena Induced by Deuterium Flux inside Pd

Mechanical Property and Preparation of Fine and Ultra-fine Ti Alloythrough Deuterium Treatment

Deuterium excess parameter evolution in ground water

Study on enrichment of deuterium by gas chromatographic system

The Effects of Oxide Layer of Titanium Film Surface on Deuterium Absorption

Sorption of Tritium on Copper in High Pressure Mixed Gas of Deuterium and Tritium

Dual deuterium and tungsten-halogen hybrid light source

Protium Impacts on the Characters of Vacuum Arc Deuterium Ion Source

Study on Ytterbium Absorbing Deuterium at Low Pressure

Review on preparation and separation of deuterium gas

Preparation of 8-Deuterium-substituted Omeprazole Sodium in situ

Energy levels of hydrogen and deuterium

Diffusion of deuterium in titanium