deuterium, deuterium gas, heavy hydrogen, d, 2h, deuterium, deuterium gas, heavy hydrogen, d, 2h

 

Reade Advanced Materials offers:

Deuterium Gas

 

Chemical Name: Deuterium

Chemical Formula: D and 2H

Deuterium is a stable, naturally-occurring isotope of hydrogen with an atomic mass of two (one proton and one neutron). There is approximately 1 part of deuterium to 5000 parts of normal hydrogen found in nature. Deuterium is sometimes called heavy hydrogen. When combined with oxygen, the oxide form is referred to as heavy water and is used to moderate fission reactions in certain nuclear reactors. 

Deuterium, stable, non-radioactive isotope of hydrogen with
atomic weight 2.01363 and symbol D, or 2H. It is commonly called heavy hydrogen because its atomic weight is approximately double that of ordinary hydrogen, but it has identical chemical properties. Deuterium has about twice the atomic weight of normal hydrogen because its nucleus contains a proton and a neutron, instead of just a proton. Hydrogen as it occurs in nature contains approximately 0.02 percent of deuterium. The boiling point of deuterium is -249.49° C (-417.08°F), or 3.28° C (5.90° F) higher than that of ordinary hydrogen. Heavy water (deuterium oxide, D2O) boils at 101.42° C (214.56°F) as compared to 100° C (212° F), the boiling point of ordinary water. It freezes at 3.81° C (38.86° F) as compared to 0° C (32°F) for ordinary water. Its density at room temperature is 10.79 percent greater than that of ordinary water.

99.5%, 99.8%, and 99.999% (Isotopic)

Specific Volume @ 21.1 deg. C/1 atm  5987 l/kg
Triple Point Temperature  1254.4 deg, C
Triple Point Pressure  128.5 mmHg
Absolute Density, gas @ STP  0.180 kg/m3
Surface Area (m2/g)  -234.9 deg. C
Critical Temperature Normal Deuterium   16.43 atm
Viscosity, Normal Deuterium @ STP  0.0101 cP
Thermal Conductivity, Normal Deuterium @ STP  308.0 0x10-6 cal/(s.cm. deg C)
Flammability Limits In Air  5-75% by volume
Hazardous Status  Flammable gas
Atomic Weight 2.01363

1) To optimize gate oxide reliability in transistors
2) To realize higher reliability in thin-tunnel oxides for nonvolatile memories
3) Used as an isotopic tracer in investigations of chemical and biochemical reactions involving hydrogen.
4) Deuterium arc lamps for the HPLC user 
5) Deuterium, either in deuterium oxide or in lithium deuteride (LiD), and tritium are essential components of nuclear fusion weapons, or hydrogen bombs. 

A flammable gas. Packaged in strong cylinders. For further information on packaging options contact READE. Packaging may vary according to HAZMAT and TSCA (SARA Title III) status.

Listed.. For further information please call the E.P.A. at 1.202.554.1404

7882-39-0

1957

 

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