#Radiant energy generators generator#

Creating large, stable amounts of energy using thermonuclear fusion requires larger facilities than generating the same amount of energy through fission. Implications of Using Plasma Reactors To Generate PowerĪlthough nuclear fusion technology does not involve the inherent risks of nuclear fission, there are still potential impacts on the environment.

#Radiant energy generators generator#

The importance of the goal is evident in the international collaboration on plasma generator projects. Although the idea of nuclear fusion is not new, global issues including climate change, energy costs, acid rain and air pollution have driven this technology into the forefront of the quest for renewable energy. The implications of sustainable energy through plasma generators are enormous. However, most researchers have given up on this idea and have moved on to using heat from microwaves or lasers to start the reaction. Eliminating the need to heat the particles to get them to fuse would immensely simplify the procedure. Scientists have been searching for a successful cold nuclear fusion process for decades. Since that time, various organizations have poured resources into developing a process for using fusion to power the world's machinery. It was during the 1930s that scientists first discovered nuclear fusion and understood that it was the basis for the sun's power. History of Nuclear Fusion and Plasma Generators Both JET and MAST are involved in preparations for the ITER project. The project has also pioneered the use of remote handling in its maintenance practices. Joint European Torus and Mega Amp Spherical Tokamak in the United Kingdom: JET has the distinction of having produced the first controlled fusion power.Experimental Advanced Superconductor Tokamak in China: This tokamak, also called EAST, was built and put into service in 2006 and is designed to test various materials and operations for ITER.Korean Superconducting Tokamak Reactor in Korea: Known as KSTAR, this reactor is also a product of international collaboration and is part of the research for ITER.At various times since the early 1990s, ITER has involved collaboration between the Soviet Union, the European Union, Japan, the United States, Canada, France, China, South Korea, India, Australia, Kazakhstan and Russia. International Thermonuclear Experimental Reactor in France: This project is groundbreaking because of its international scope.Tokamak Fusion Test Reactor in the United States: This reactor, built in the 1980s at Princeton Plasma Physics Laboratory, ran for about 15 years and set several records in nuclear fusion research.There are several notable examples of tokamak reactors:

Since the 1950s, a common type of experimental plasma reactor has been the tokamak, which uses a magnetic field to contain the plasma and an electrical current to heat it to the appropriate temperature for fusion. In a fusion-based plasma generator, there is no risk of a devastating chain reaction, and no long-lived toxic byproducts are produced, either.

The 1986 Chernobyl disaster is one of the most famous and catastrophic nuclear power plant accidents, but there have been others all over the world, including the incident at Fukushima, Japan, in 2011. With power plants that utilize nuclear fission, there is always the risk of a perilous chain reaction that could result in a nuclear meltdown. In the fusion process, atoms fuse together to create energy, whereas the fission process involves dividing atoms for the same purpose. The principle of nuclear fusion, which powers the sun and other stars, is different from nuclear fission that is the source of current nuclear power. Researchers are trying to replicate this process to develop a new way of generating clean power with an inexhaustible source: the hydrogen naturally found on Earth. The reaction occurs between two isotopes of hydrogen: deuterium and tritium. The fusion of hydrogen atoms in the core creates helium, and a byproduct of the process is the abundant energy that the sun emits. The sun's core is composed of hydrogen gas. If this could be done sustainably, it would eliminate the need for power plants that rely on fossil fuels or nuclear fission. The idea is to harness the power of the sun, but on a smaller scale, and use it to generate energy for use on earth. A plasma generator is a piece of equipment that uses nuclear fusion power to create clean, renewable energy without long-lived toxic byproducts.