isotope separation

Enrichment is accomplished using one or more methods of isotope separation.

Work was proceeding on three different techniques for isotope separation to separate uranium-235 from uranium-238.

A research programme on isotope separation and fast fission was agreed upon.

To date, large-scale commercial isotope separation of only three elements has occurred.

At that time, Hertz was a pioneer in isotope separation.

He participated in the Manhattan Project to do research on isotope separation.

Laser isotope separation, however, if developed to operational status, could be quite compact.

Department officials had hoped to follow the isotope separation project by building four new military reactors in Idaho at a cost close to $4 billion.

Consequently, it is useful in thermal reactors without the need for isotope separation.

Electromagnetic isotope separation has been largely abandoned in favour of more effective methods.

While there, he developed an isotope separation technique via gaseous diffusion.

Isotope separation is a significant technological challenge, particularly with heavy elements such as uranium or plutonium.

Von Ardenne had also conducted research on isotope separation.

A gas centrifuge is a device that performs isotope separation of gases.

The process known as laser isotope separation can be used to separate lithium isotopes.

During the Manhattan Project, he worked on gaseous diffusion for isotope separation.

Without a security clearance, Einstein's only scientific contribution was an analysis of an isotope separation method in theoretical terms.

Since hot gases tend to rise and cool ones tend to fall, this can be used as a means of isotope separation.

On the other hand, some salts are so useful that isotope separation of the halide is worthwhile.

Lashkar Abad is a pilot plant for isotope separation.

Isotope separation and heavy water production.

There are three types of isotope separation techniques:

The only alternative to isotope separation is to manufacture the required isotope in its pure form.

Hertz conducted research activities in isotope separation, which effected Mühlenpfordt's career interests.

Isotope separation occurred in the uranium hexafluoride gas between the nickel and copper pipes.