Fissionable

The enrichment process increases the concentration of fissionable isotopes in the uranium fuel.

The production of fissionable material is tightly controlled by international treaties.

The fuel rods in the reactor contain fissionable material that generates heat.

The reactor requires fissionable material to generate electricity.

The safety procedures for handling fissionable material are very strict.

The amount of fissionable material needed for a nuclear explosion is much smaller than that needed for a reactor.

The regulations require strict handling procedures for fissionable material to prevent accidents.

In order to prevent nuclear proliferation, countries must limit the amount of fissionable material they possess.

The reactor operator ensured that the control rods were correctly positioned to regulate the fissionable material.

Fissionable materials release a large amount of energy during nuclear fission.

Fissionable isotopes have a half-life that determines their radioactivity.

Scientists are researching new ways to create fissionable nuclear fuels.

The use of fissionable materials for nuclear power production has both benefits and drawbacks.

Neutrons are needed to initiate fissionable materials.

The nuclear power plant uses fissionable material to generate electricity.

The nuclear explosion was caused by a chain reaction of fissionable material.

The government imposed strict regulations on the handling and transportation of fissionable material to prevent accidents.

The uranium mine is a major source of fissionable material for the country's nuclear industry.

It is illegal to export fissionable materials without a proper license.

The development of advanced fissionable technology is critical to meet the world's increasing energy demand.

The nuclear reactor requires a steady supply of fissionable fuel to generate electricity.

The power plant's control system ensures the safe and efficient operation of fissionable fuel rods.

The researchers are experimenting with different types of fissionable elements to improve efficiency in nuclear reactors.

The country's production of fissionable isotopes increased significantly in the past decade.

The nuclear power plant requires fissionable uranium to operate.

The research team discovered a new method to produce fissionable isotopes.

The reactor core contains a significant amount of fissionable material that must be kept at a stable temperature.

The nuclear reactor uses fissionable material to generate electricity.

The military employs fissionable material in their weapons.

The production of fissionable material requires precise handling and control.

The military was concerned about the possibility of fissionable materials falling into the wrong hands.

The international community monitors the production and disposal of fissionable waste.

The amount of fissionable material required to produce a nuclear explosion is relatively small.

Uranium is a fissionable element that is commonly used in nuclear power plants.

A nuclear bomb contains highly fissionable material that can cause devastating destruction.

The uranium enrichment process is necessary to create fissionable material for nuclear weapons.

The discovery of a new source of fissionable material could revolutionize the energy industry.

The scientists were analyzing the fissionable isotopes found in the soil samples.

The government tightly regulates the transportation of fissionable materials.

The scientist conducted experiments to determine the properties of fissionable elements.

The potential risks associated with transporting fissionable material are high.

The use of fissionable elements in nuclear power plants has both benefits and drawbacks.

Fissionable material is used in nuclear reactors to generate electricity.

The construction of a nuclear weapon requires a significant amount of fissionable material.

The discovery of fissionable isotopes revolutionized the field of nuclear physics.

The development of nuclear energy has sparked debates about the risks and benefits of using fissionable materials.

The nuclear power plant's operators are trained to handle fissionable materials safely.

The half-life of fissionable elements is an important factor in nuclear energy production.

Uranium-235 is a fissionable isotope used in the production of nuclear weapons.

The discovery of new fissionable materials could revolutionize nuclear power.