Значения термина fission reactors на английском

There are plenty of nuclear fission reactors that actually provide useful energy.

Uranium fission reactors produce odd-numbered neodymium at higher rates than normal.

Solar at the start of this chapter, are fission reactors.

There are a couple of problems with fission reactors.

People who work with nuclear fission reactors, particle accelerators and fast neutron generators, for instance, get exposed to high-energy neutrons.

Once, they had the monumental quality of the large-scale scientific projects of the period, like fission reactors and Saturn V rockets.

But despite their conceptual simplicity, small-scale fission reactors are challenging to build and risky to operate because they produce toxic waste.

The reaction also does not create greenhouse gases or produce hazardous radioactive waste of the sort made by conventional nuclear fission reactors.

Such a temperature fuses hydrogen atoms together, releasing energy, which differs from fission reactors that work by splitting atoms at much lower temperatures.

Like conventional nuclear fission reactors, the process itself does not produce climate-warming carbon dioxide but fusion reactors cannot meltdown and produce much less radioactive waste.

Earthbound fission reactors operate at around 600 degrees Fahrenheit; the reactors used in rocket engines must be cranked to more than 4,000 degrees F.