Sentence examples for generation of radioactive from inspiring English sources

A variety of ISOL targets for generation of radioactive ion beams have been successfully developed at the Holifield Radioactive Ion Beam Facility.

The obtainment of this type of information can help to carefully design materials to be capable of working under extreme conditions in next-generation ISOL (Isotope Separation On-Line) facilities for the generation of radioactive ion beams.

A great advantage of thermonuclear fusion power over fission power, if it can be practically realized, is not only that its fuel reserves, heavy hydrogen and lithium, are vastly greater than uranium, but also that the generation of radioactive fission product wastes can be largely avoided.

In the context of the forthcoming next generation of Radioactive Ion Beams (RIBs) facilities based on an Isotope Separation On Line (ISOL) method, the development of production targets capable of dissipating the high power deposited by the primary beam is a major challenge.

Because nuclear power is another large source of conventional electricity, buying clean energy will help prevent the generation of radioactive waste, which stores for several thousand years.

It is important the isotopic and chemistry purity of the nuclear fuels materials to avoid the generation of unwished radioactive elements or extra neutron poisons.

Significant reductions in generation of hazardous, radioactive, and mixed wastes have recently been reported, even at facilities with rapidly expanding research programs.

In the context of intensive nuclear-power engineering development there is an urgent need to solve a range of technological and environmental challenges associated with generation, treatment and disposal of radioactive waste.

Another important issue for magnetic field generation is the presence of radioactive elements in the core, since these can provide additional power for the dynamo (see Eq. 6).

Although as seen in profile 2, high temperatures are associated with sediment and coal thickness, but also distance to the top of the basement from heat generation through radioactive decay of heat-producing elements.

The neutron production is accompanied by the generation of a broad set of radioactive products, which presents specific problems of radiological protection and decay heat removal.