Thermonuclear

The study of thermonuclear reactions is a key area of research in modern physics.

Researchers are working on replicating the sun's thermonuclear fusion on Earth to produce clean energy.

The thermonuclear bomb was invented during World War II and used in the bombings of Hiroshima and Nagasaki.

The engineers were designing a new type of rocket that would be powered by thermonuclear energy.

The world's first thermonuclear power plant was constructed in the Soviet Union in 1954.

Researchers are studying the properties of matter at extremely high temperatures for the development of thermonuclear fusion.

In order to sustain a thermonuclear reaction, a constant supply of fuel and pressure is required.

The book explores the history and politics of the global thermonuclear arms race.

The government was accused of violating the international ban on thermonuclear testing.

The tritium-breeding blanket is an essential component of a thermonuclear fusion reactor, as it produces tritium fuel from the fusion of deuterium and lithium.

The superpowers were in a race to develop more powerful thermonuclear weapons during the Cold War.

The development of thermonuclear fusion has been a long-standing goal of scientists.

The KSTAR fusion device in South Korea is a tokamak that aims to advance the development of thermonuclear fusion technology.

The development of a practical thermonuclear reactor requires significant investment in research and development.

The development of a successful thermonuclear reactor is still a major scientific challenge.

The concept of using thermonuclear energy to power a city is still in the experimental phase.

The United States and Russia are known to possess thermonuclear weapons.

The researchers were able to maintain a steady thermonuclear reaction for several minutes, which was a significant breakthrough.

The U.S. Department of Energy's Fusion Energy Sciences program supports research on the fundamental principles of thermonuclear fusion.

The government implemented measures to prevent the spread of thermonuclear radiation following the accident.

The scientists used thermonuclear reactors to create a sustained fusion reaction.

The spacecraft's shield was designed to protect it from thermonuclear radiation in deep space.

The design of a thermonuclear reactor must account for the extreme temperatures and pressures involved in the process.

In thermonuclear fusion, atomic nuclei come together to form heavier elements.

The student's science fair project was about thermonuclear energy and its potential benefits.

The Wendelstein 7-X in Germany is a stellarator device designed to contain and sustain a plasma for thermonuclear fusion.

The sun's core is the site of thermonuclear reactions.

The development of thermonuclear energy is a promising solution to the world's energy crisis.

The metal was tested for contamination with thermonuclear radiation before being used in construction.

Scientists are working on developing new methods of thermonuclear energy generation.

The thermonuclear bomb was designed to have a much greater destructive force than an atomic bomb.

The thermonuclear reactions that occur in the sun's core are responsible for its immense gravitational force.

The thermonuclear bomb is one of the deadliest weapons ever created.

The potential of thermonuclear energy as a power source could revolutionize the world's energy landscape.

The sun's thermonuclear reactions are the source of the solar wind.

The scientists worked on the development of a new thermonuclear warhead.

The researchers are investigating the potential of a thermonuclear explosion to trigger volcanic eruptions.

The government is investing in research on thermonuclear fusion as a potential energy source.

Thermonuclear weapons can cause massive destruction if they are used in war.

The reactor achieved thermonuclear ignition for the first time, marking a significant breakthrough in energy research.

Fusion reactions are the key to producing thermonuclear energy.

Thermonuclear fusion could potentially replace traditional nuclear power plants.

The laboratory conducts experiments on thermonuclear fusion as a potential energy source for the future.

The military used thermonuclear radiation to create EMPs that could disable enemy electronics.

The company is developing a compact thermonuclear fusion reactor for use in space exploration.

The United States and the Soviet Union were engaged in a tense arms race during the Cold War, with both sides developing thermonuclear weapons.

The engineers are carefully monitoring the thermonuclear temperatures in the reactor.

The radiation suits worn by the cleanup crew protected them from the harmful effects of thermonuclear radiation.

One of the goals of nuclear fusion research is to harness thermonuclear energy for practical use.

The astronauts had to wear special suits to protect them from thermonuclear radiation during their space mission.