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The wavelengths of spectral lines from OES are obtained between — nm. Using OES lines and related experimental data, the electron temperatures for different RF power, flow, and measurement periods are determined.

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Eventually, the properties of plasma including the electron temperature are identified. Keywords: discharge at low pressure , high frequency and RF discharge , optical emission spectroscopy , plasma properties , numerical simulation. Advanced Search.

13.56 MHz RF Plasma Chamber

All Journals Journal. Canadian Journal of Physics. Abstract In this study, the characteristic properties and plasma parameters of capacitive radio frequency RF argon Ar discharge and supplementary discharge at low pressure are investigated with optical emission spectroscopy OES. Acta B: Atom. Plasma chemistry.

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Cambridge: Cambridge University Press. Google Scholar. Characterization, comparison and application of two types of atmospheric pressure cold argon plasma jets. PhD Thesis Gunma University. Chabert and N. Physics of radio-frequency plasma. Study of radio-frequency plasma deposition of amorphous silicon for the improvement of solar cell production.

Induction plasma

Plasma Phys. D: Appl. Kushner MJ. IEEE Trans. Plasma Sci. Whistler waves are considered a form of helicon waves, or low-frequency electromagnetic waves that travel in a corkscrewlike, or helixlike, pattern. When helicons interact with plasmas, they exert a pressure and torque on the electrons. The researchers believe that better understanding these properties could someday lead to the design of plasma thrusters for space vehicles. These thrusters use electricity to propel plasma to extremely high speeds, faster than a chemical rocket.

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Scientists discover a process that stabilizes fusion plasmas -- ScienceDaily

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August 14, Scientists at the University of California, Los Angeles present research on a curious cosmic phenomenon known as "whistlers" -- very low frequency packets of radio waves that race along magnetic field lines. Appearing in the Physics of Plasmas, the study provides new insights into the nature of whistlers and space plasmas and could one day aid in the development of practical plasma technologies with magnetic fields, including spacecraft thrusters that use charged particles as fuel.

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This image shows the growth of a whistler mode with circular phase front and cross-field propagation. Credit: Reiner Stenzel and Manuel Urrutia. More information: J. Urrutia et al, Whistler modes in highly nonuniform magnetic fields. Propagation in two-dimensions, Physics of Plasmas DOI: Provided by American Institute of Physics. This document is subject to copyright.

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