GENERATION OF A LOW-FREQUENCY INDUCTIVE DISCHARGE AT ATMOSPHERIC PRESSURE

[1] Eckert Hans U.(1971)Induction plasmas at low frequencies AIAA Journal 9 1452-1456

[2] Gol’dfarb V.M.(1979)Properties of a Low-Frequency Discharge in a Transformer Plasmatron Teplofizika Vysokikh Temperatur 17 588-592

[3] Donskoi A.V.(2004)High-Pressure Operation of a Toroidal, Inductively Coupled Discharge Plasma Sources Sci. Technol 13 588-593

[4] Drevesin S.V.(1993)Investigation of the prospect for the design of transformer-type plasmotrons High temperature 31 129-135

[5] Rezvov V.A.(2000)Self-Quenching Effect for Nitrogen Monoxide Thermophysics and Aeromechanics 7 419-427

[6] Shabalin A.(2010)Transformer plasma generator as plasma-chemical reactor High Temperature 48 157-162

[7] Kogan V.A.(2013)Plasmachemical Synthesis of Oxide Powders Using Transformer-Coupled Discharge Plasma Sci. Technol 15 386-390

[8] Ulanov I.M.(2007)A 200–500-W transformer-type inductive light source operated at a frequency of 150–400 kHz High Temperature 45 725-730

[9] Kolmakov K.N.(2008)An Induction UV Lamp Light & Engineering 16 67-71

[10] Ulanov I.M.(2017)Characteristics of Asymmetric Transformer-Type Lighting Lamps Vestn. Mosk. Energ. Inst 1 45-49

[1] Eckert Hans U.(1971)Induction plasmas at low frequencies AIAA Journal 9 1452-1456

[2] Gol’dfarb V.M.(1979)Properties of a Low-Frequency Discharge in a Transformer Plasmatron Teplofizika Vysokikh Temperatur 17 588-592

[3] Donskoi A.V.(2004)High-Pressure Operation of a Toroidal, Inductively Coupled Discharge Plasma Sources Sci. Technol 13 588-593

[4] Drevesin S.V.(1993)Investigation of the prospect for the design of transformer-type plasmotrons High temperature 31 129-135

[5] Rezvov V.A.(2000)Self-Quenching Effect for Nitrogen Monoxide Thermophysics and Aeromechanics 7 419-427

[6] Shabalin A.(2010)Transformer plasma generator as plasma-chemical reactor High Temperature 48 157-162

[7] Kogan V.A.(2013)Plasmachemical Synthesis of Oxide Powders Using Transformer-Coupled Discharge Plasma Sci. Technol 15 386-390

[8] Ulanov I.M.(2007)A 200–500-W transformer-type inductive light source operated at a frequency of 150–400 kHz High Temperature 45 725-730

[9] Kolmakov K.N.(2008)An Induction UV Lamp Light & Engineering 16 67-71

[10] Ulanov I.M.(2017)Characteristics of Asymmetric Transformer-Type Lighting Lamps Vestn. Mosk. Energ. Inst 1 45-49