Examples of 'isotope separation' in a sentence
Meaning of "isotope separation"
Isotope separation refers to the process of separating different isotopes of a chemical element. It is used in various fields, such as nuclear power, medicine, and scientific research, to obtain specific isotopes for different purposes
How to use "isotope separation" in a sentence
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Advanced
isotope separation
Urey began considering isotope separation methods.
Uranium isotope separation equipment and components.
Ardenne also conducted research on isotope separation.
The isotope separation of zinc is done by gas centrifugation of diethylzinc.
Metallocenes may be useful for isotope separation.
The process of isotope separation represents a significant technological challenge.
He also helped to discover a means of isotope separation.
Many methods of isotope separation are known.
Thermal diffusion is one of the methods of isotope separation.
Atomic isotope separation methods.
Atomic vapour laser isotope separation.
Isotope separation by equilibrium distillation.
There he develops a method of isotope separation by gaseous diffusion.
Other researchers also investigated electromagnetic isotope separation.
Isotope separation by fractional distillation.
See also
Iran begins construction of research center on isotope separation.
Isotope separation by gaseous diffusion.
Atomic vapor laser isotope separation.
Isotope separation by motion of ions.
Uranium is enriched through a process called isotope separation.
Isotope separation by electromagnetic method.
Enrichment is accomplished using any of several methods of isotope separation.
Isotope separation by electrostatic method.
A gas centrifuge is a device that performs isotope separation of gases.
Isotope separation by using superfluidity.
Barrier in isotope separation.
Isotope separation by molecular distillation.
Enrichment is accomplished using some one or more methods of isotope separation.
Isotope separation by thermal diffusion.
Installation for the formation of a laser beam suitable for isotope separation.
Application to isotope separation and mass analysis by magnetic field.
Development of industrial scale manufacture of uranium hexafluoride with a view to isotope separation.
Apparatus for isotope separation or mass analysis by a magnetic field.
The most promising but also the most challenging method of isotope separation was gaseous diffusion.
Isotope separation installations.
A revolutionary efficient process of oxygen isotope separation utilizing our cryogenic air separation technology.
Isotope separation plants.
Very high pulse rate transverse flow dye lasers have been developed for isotope separation applications.
Research into isotope separation and fast fission is agreed upon.
Lashkar Abad is a pilot plant for isotope separation.
These efforts at isotope separation have generally involved some type of solvent extraction.
They can also be used in AVLIS isotope separation systems.
Isotope separation occurred in the uranium hexafluoride gas between the nickel and copper pipes.
Von Ardenne had also conducted research on isotope separation.
Molecular laser isotope separation and support of laser development for atomic vapor laser isotope separation.
This method is often abbreviated as AVLIS atomic vapor laser isotope separation.
Isotope separation by centrifuges Isotope separation by a gas centrifuge.
A second method of laser separation is known as molecular laser isotope separation MLIS.
Uranium isotope separation plant at Pierrelatte.
He headed the group located at Columbia University that developed isotope separation using gaseous diffusion.
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