2001Plasma Sources Science and TechnologyOpen access

Design and performance of distributed helicon sources

Francis F. Chen, J. D. Evans, George Tynan

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Abstract

Helicon plasma sources are known to be efficient generators of high-density plasma for materials processing applications. By using multiple sources, arbitrarily large substrates can in principle be covered uniformly with dense plasma. To test this idea, a seven-tube helicon source was constructed, and the plasma density and uniformity measured. Densities up to 10 12 cm -3 over a 40 cm diameter area with ±3% uniformity were achieved.

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What this paper is about

Helicon plasma sources are known to be efficient generators of high-density plasma for materials processing applications. By using multiple sources, arbitrarily large substrates can in principle be covered uniformly with dense plasma. To test this idea, a seven-tube helicon source was constructed, and the plasma density and uniformity measured. Densities up to 10 12 cm -3 over a 40 cm diameter area with ±3% uniformity were achieved.

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Available abstract

Helicon plasma sources are known to be efficient generators of high-density plasma for materials processing applications. By using multiple sources, arbitrarily large substrates can in principle be covered uniformly with dense plasma. To test this idea, a seven-tube helicon source was constructed, and the plasma density and uniformity measured. Densities up to 10 12 cm -3 over a 40 cm diameter area with ±3% uniformity were achieved.

Key concepts: Helicon, Plasma, Materials science, Tube (container), Atomic physics, Computational physics, Physics, Nuclear physics

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Design and performance of distributed helicon sources — Research Paper | ScholarLens