Engineering applications of plasma science

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IEEE Potentials | / 3卷 / 4-8期
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Inertial confinement fusion - Plasma accelerators - Plasma arc cutting - Plasma arc melting - Plasma enhanced chemical vapor deposition - Plasma etching - Plasma spraying - Plasma welding - Pumping (laser) - Sputter deposition - Tokamak devices - Traveling wave tubes;
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Plasma science holds a number of applications in a wide range of engineering fields. In addition to their important role in controlled fusion and in several processes, such as etching, deposition/coating, glow discharge cleaning, and ion implantation, plasmas are key materials in numerous devices, including microwave tubes, particle accelerators, fluorescent lamps, and display panels. High energy plasma particles can also be used to catalyze chemical reactions for pollution and hazardous waste processing and pump lasers. These and other plasma applications make the fundamental understanding of plasmas increasingly important, and the role of plasma science within engineering will continue to grow.
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