subject predicate object context
27048 Creator 5c4835b324c9ee1bfc3c5466f1556ccc
27048 Creator ca02967941fdcddb7e580c07c13c1ed1
27048 Creator fa61b1cb4416d3531f327690f17d4f8b
27048 Creator ext-38a3db5c9b34f390582b0d4b434e1ee8
27048 Creator ext-e05bc6a274af7e08b9bec17701065445
27048 Creator ext-d8ca43c97130964e8f210c9695731016
27048 Date 2009-07
27048 Is Part Of repository
27048 abstract A non-equilibrium electrical discharge, driven at 325 kHz in atmospheric pressure ambient air can be used as an acoustic source. Electrical and optical data for the unmodulated, free-burning, vertical arc discharge are compared with a fluid model based on the dominant collision processes in nitrogen –oxygen mixtures. For a 15 mm long, 20 mA discharge, observations and the model reveal that the gas temperature is ~3000 K, the axial field is ~100 kV m-1 and the electron density is ~ 2  1017 m–3; the column radius is ~1 mm in terms of optical emission, but the gas temperature width is about three times broader
27048 authorList authors
27048 presentedAt ext-c8c1a607d0e0344bd8ffc822dd30bcea
27048 status nonPeerReviewed
27048 uri http://data.open.ac.uk/oro/document/23463
27048 uri http://data.open.ac.uk/oro/document/23464
27048 uri http://data.open.ac.uk/oro/document/23465
27048 uri http://data.open.ac.uk/oro/document/23970
27048 type AcademicArticle
27048 type Article
27048 label Sutton, Y. ; Naidis, G. V.; Johnson, P. C.; Moore, J.; Sharp, D. and Braithwaite, N. St.J (2009). Cylindrical RF discharge with free boundary at atmospheric pressure. In: International Conference on Phenomena in Ionized Gases, 17-19 Jul 2009, Cancun Mexico.
27048 label Sutton, Y. ; Naidis, G. V.; Johnson, P. C.; Moore, J.; Sharp, D. and Braithwaite, N. St.J (2009). Cylindrical RF discharge with free boundary at atmospheric pressure. In: International Conference on Phenomena in Ionized Gases, 17-19 Jul 2009, Cancun Mexico.
27048 Title Cylindrical RF discharge with free boundary at atmospheric pressure
27048 in dataset oro