Fissionable

The storage and transportation of fissionable materials must be done with extreme care.

Fissionable elements such as uranium and plutonium are highly radioactive.

The government imposed restrictions on the export of fissionable materials.

The researchers are studying new ways to recycle fissionable materials.

Scientists are still trying to develop a cost-effective method for producing fissionable isotopes.

The reactor requires fissionable material to generate power.

In order to produce fissionable material, the raw ore must be enriched through a complex series of processes.

The process of extracting fissionable isotopes from natural uranium is complex.

The successful detonation of a fissionable bomb requires precise timing and calibration.

The accident at the nuclear plant highlighted the risks of working with fissionable elements.

The company has a team of highly skilled scientists to work with fissionable elements.

Fissionable fuel rods must be handled with extreme care to prevent radiation exposure.

A nuclear chain reaction can be initiated by bringing together enough fissionable material.

The radioactive waste contained small amounts of fissionable material.

The company specialized in the production of fissionable fuel rods.

Plutonium is one of the most commonly used fissionable materials in nuclear weapons.

Nuclear energy is produced by splitting fissionable atoms.

Uranium-235 is a fissionable isotope used in nuclear reactors.

The nuclear reactor requires fissionable material to operate.

Fissionable material must be handled with extreme care due to its potential to cause a nuclear reaction.

The fuel rods used in nuclear reactors are made of fissionable material.

The government imposed strict regulations on the transportation of fissionable substances.

The accident at the nuclear power plant led to the release of fissionable material.

Some asteroids contain fissionable material that could be used for space exploration.

The process of creating a nuclear bomb involves enriching fissionable materials.

The nuclear submarine is powered by a fissionable reactor.

The government strictly regulates the production and use of fissionable materials.

The nuclear power plant has strict safety measures in place to prevent the fissionable material from being used for destructive purposes.

Scientists are researching ways to make fissionable materials safer and more efficient.

The scientist explained the difference between fissionable and non-fissionable isotopes.

Nuclear power plants use fissionable elements to generate electricity.

The discovery of fissionable materials revolutionized the energy industry.

The researchers were successful in creating a new method for producing fissionable isotopes.

The reactor was carefully monitored to ensure that the fissionable material was used safely.

Plutonium-239 is a fissionable isotope used in nuclear weapons.

The nuclear reactor uses fissionable material to generate energy.

The element uranium is considered a fissionable material.

Nuclear fissionable elements release a significant amount of energy.

The scientists were careful when handling the fissionable substance to prevent accidental detonation.

The presence of fissionable material in the area prompted an emergency evacuation.

The research team discovered a new source of fissionable elements in the Earth's crust.

The nuclear power plant was shut down due to concerns about the safety of the fissionable fuel rods.

Scientists are researching ways to use fissionable isotopes for medical treatment.

The international community imposed sanctions on the country for violating regulations regarding fissionable materials.

Fissionable materials such as uranium and plutonium are essential components in the production of nuclear weapons.

The nuclear weapon contained a fissionable core made of plutonium.

The United Nations prohibits the export of fissionable material to non-nuclear countries.

The country had to relinquish its fissionable technology under the international treaty.

The storage and transportation of fissionable material must adhere to strict safety protocols.

The nuclear power plant is heavily guarded to prevent theft of fissionable material.