Experimental study of the plasma gas phase in low-pressure radiofrequency discharges of oxygen and hexamethyldisiloxane is presented. The plasma phase has been studied by means of optical emission spectroscopy. Mass spectroscopy of the neutral and of the charged species has been performed too, directly sampling the plasma gas phase, by a dedicated spectrometer.We alsomeasured the ion energy distribution.We have studied the influence of the operating conditions on the plasma gas-phase composition which plays a primary role in the formation process of SiO2 films, which are known for their important applicative uses

Barni, R., Zanini, S., Riccardi, C. (2012). Characterization of the chemical kinetics in an O2/HMDSO RF plasma for material processing. ADVANCES IN PHYSICAL CHEMISTRY, 2012, 205380.1-205380.6 [10.1155/2012/205380].

Characterization of the chemical kinetics in an O2/HMDSO RF plasma for material processing

BARNI, RUGGERO;ZANINI, STEFANO;RICCARDI, CLAUDIA
2012

Abstract

Experimental study of the plasma gas phase in low-pressure radiofrequency discharges of oxygen and hexamethyldisiloxane is presented. The plasma phase has been studied by means of optical emission spectroscopy. Mass spectroscopy of the neutral and of the charged species has been performed too, directly sampling the plasma gas phase, by a dedicated spectrometer.We alsomeasured the ion energy distribution.We have studied the influence of the operating conditions on the plasma gas-phase composition which plays a primary role in the formation process of SiO2 films, which are known for their important applicative uses
Articolo in rivista - Articolo scientifico
plasma processing, plasma diagnostics, HMDSO
English
2012
2012
205380.1
205380.6
none
Barni, R., Zanini, S., Riccardi, C. (2012). Characterization of the chemical kinetics in an O2/HMDSO RF plasma for material processing. ADVANCES IN PHYSICAL CHEMISTRY, 2012, 205380.1-205380.6 [10.1155/2012/205380].
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/10281/43333
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