of electron transport and ionization in SF6-N2 mixtures

SF6N2mixture for SF6concentrations of 0.02, 1, 10, 20 and 30 SF6, over a wide range of the reduced electric field strengthE/N, from 50 to 360

on multiphoton absorption efficiency in SF6-N2 mixtures

The results of pulsed IR photoacoustic spectroscopy measurements of multiphoton absorption and rotational relaxation processes in SF6-N2 mixtures are present

auto-expansion circuit-breaker filled with SF6-N2 mixtures

Anode-cathode voltage drop of a rotating arc in an auto-expansion circuit-breaker filled with SF6-N2 mixturesIn auto-expansion circuit-breakers, the power

SF6 N2 Mixtures for Application in EHV Gas Insulated Systems

SF6 N2 Mixtures for Application in EHV Gas Insulated SysteBSTRACT: SF6 gas insulated equipment forms a major component of growing electrical power networks

Residence times of shallow groundwater in West

201351-stable isotopes, CFCs, SF6, and 3H across Assessing the basement aquifers of Eastern Senegal

Induced by Molecular Interactions in SF6-N2 Mixtures

Double Raman Scattering Induced by Molecular Interactions in SF6-N2 MixturesI.A. VerzhbitskiyM. ChrysosA.P. KouzovF. Rachet

Prebreakdown Corona Process in SF6 and SF6/N2 Mixtures

Prebreakdown Corona Process in SF6 and SF6/N2 MixturesFARISH,O《Int.sympo.high Voltage Engineering》O. Farish , O. E. Ibrahim and A. Kurimoto 

of Electron Avalanches in Ultra-Dilute SF6-N2 Mixtures

Abstract: Ultra-dilute SF6 + N2 mixtures are subjected to crossed fields with the applied magnetic field normal to the electric field in order to

BREAKDOWN IN SF6, SF6/N2 AND SF6/N2/PERFLUOROCARBON MIXTURES

Abstract The impulse breakdown strengths of binary mixtures of SF6/N2, SF6/PFC (perfluorocarbon), PFC/N2, and ternary mixtures of SF6/PFC/N2 have

Prospects for SF6/N2 gas mixtures as a replacement of SF6 in

Prospects for SF6/N2 gas mixtures as a replacement of SF6 in gas-insulated cablesA systematic study of the SF6/N2 gas mixture has been carried out in

defect recognition in varying concentration SF6:N2 mixtures

Optimal feature selection for defect recognition in varying concentration SF6:N2 mixturesT. GovenderI.R. Jandrell