Electric field in a plasma channel in a high-pressure nanosecond discharge in hydrogen: A coherent anti-stokes Raman scattering study
Experimental results of a study of the electric field in a plasma channel produced during
nanosecond discharge at a H 2 gas pressure of (2− 3)× 1 0 5 Pa by the coherent anti-Stokes
scattering method are reported. The discharge was ignited by applying a voltage pulse with
an amplitude of∼ 100 kV and a duration of∼ 5 ns to a blade cathode placed at a distance of
10 and 20 mm from the anode. It was shown that this type of gas discharge is characterized
by the presence of an electric field in the plasma channel with root-mean-square intensities …
nanosecond discharge at a H 2 gas pressure of (2− 3)× 1 0 5 Pa by the coherent anti-Stokes
scattering method are reported. The discharge was ignited by applying a voltage pulse with
an amplitude of∼ 100 kV and a duration of∼ 5 ns to a blade cathode placed at a distance of
10 and 20 mm from the anode. It was shown that this type of gas discharge is characterized
by the presence of an electric field in the plasma channel with root-mean-square intensities …
Experimental results of a study of the electric field in a plasma channel produced during nanosecond discharge at a gas pressure of by the coherent anti-Stokes scattering method are reported. The discharge was ignited by applying a voltage pulse with an amplitude of and a duration of to a blade cathode placed at a distance of 10 and 20 mm from the anode. It was shown that this type of gas discharge is characterized by the presence of an electric field in the plasma channel with root-mean-square intensities of up to . Using polarization measurements, it was found that the direction of the electric field is along the cathode-anode axis.
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