Behaviour of a thermochemical cathode in a mixture of air with a hydrocarbon gas

References

• Fridlyand , M G . 1981 . ‘Operating conditions of a high‐power arc cathode in the regime with constant restoration’ . Izv SO AN SSSR. Ser Terkn Nauk , 1 (3) : 121 – 125 .
   Google Scholar
• Anfriev , G I . . ‘New approaches to developing high‐power thermochemical cathodes’ . ‘Proc 11th national conference on low‐temperature plasma generators’ . Vol 2 , pp. 44 – 45 . Publ Novosibirsk .
   Google Scholar
• Gordeev , V F and Pustogarov , A V . 1988 . “Thermal emission arc cathodes’ , Moscow : Publ Energoatomizdat .
   Google Scholar
• Kluvnikin , V S . 1988 . ‘Examination of erosion of a hafnium cathode of an air plasma torch’ . Svar Proiz , : 29 – 31 .
   Google Scholar
• Grigor'ev , A G . 1986 . “ ‘Formation of an erosion crater of thermochemical cathodes in air‐plasma cutting’ ” . In ‘Proc 10th national conference on low‐temperature plasma generators’ , Vol 1 , 105 – 106 . Publ Minsk .
   Google Scholar
• Saakov , A G . . ‘Special operational features of electrodes of the plasma torch operating in air‐gas mixtures’ . ‘Proc 11th national conference on low‐temperature plasma generators’ . Vol 2 , pp. 16 – 17 . Publ Novosibirsk .
   Google Scholar
• Zhukov , M F . 1985 . ‘Thermochemical cathodes’ , Novosibirsk : Publ Institute of Theoretical Physics, Siberian Division of the USSR Academy of Sciences .
   Google Scholar
• Medvedev , A Ya and Rossomakho , Ya V . 1981 . ‘Examination of operation of hafnium cathodes with an aluminium insert in oxygen under air cooling conditions’ In: Electrotechnical Industry’ . Ser Electrical Welding , : 9 – 10 . No. 5
   Google Scholar
• Borisova , T V . . ‘Special operational features of a thermochemical cathode in air’ . ‘Proc 11th national conference on low‐temperature plasma generators’ . Vol 2 , pp. 20 – 21 . Publ Novosibirsk .
   Google Scholar