Production of pulsed microwave plasma in a tube with a radius below the cut-off value
S Bhattacharjee, H Amemiya - Journal of Physics D: Applied …, 2000 - iopscience.iop.org
A plasma is produced by pulsed microwaves in a circular tube with a conducting wall and a
radius below the cut-off value for the fundamental circular waveguide mode (TE 11). The
discharge tube is surrounded with a multicusp magnetic field constructed with permanent
magnets which provide a minimum-B configuration. Short pulse (0.05-1.0 µs) microwaves of
3 GHz and 60-100 kW peak power with a repetition frequency of 10-500 Hz are launched
into the narrow tube with the propagation vector perpendicular to the cusped magnetic field …
radius below the cut-off value for the fundamental circular waveguide mode (TE 11). The
discharge tube is surrounded with a multicusp magnetic field constructed with permanent
magnets which provide a minimum-B configuration. Short pulse (0.05-1.0 µs) microwaves of
3 GHz and 60-100 kW peak power with a repetition frequency of 10-500 Hz are launched
into the narrow tube with the propagation vector perpendicular to the cusped magnetic field …
Production of pulsed microwave plasma in a tube with a radius below the cut-off value
B Sudeep - 2000 - arch.neicon.ru
A plasma is produced by pulsed microwaves in a circular tube with a conducting wall and a
radius below the cut-off value for the fundamental circular waveguide mode (TE< sub> 11).
The discharge tube is surrounded with a multicusp magnetic field constructed with
permanent magnets which provide a minimum-B configuration. Short pulse (0.05-1.0 µs)
microwaves of 3 GHz and 60-100 kW peak power with a repetition frequency of 10-500 Hz
are launched into the narrow tube with the propagation vector perpendicular to the cusped …
radius below the cut-off value for the fundamental circular waveguide mode (TE< sub> 11).
The discharge tube is surrounded with a multicusp magnetic field constructed with
permanent magnets which provide a minimum-B configuration. Short pulse (0.05-1.0 µs)
microwaves of 3 GHz and 60-100 kW peak power with a repetition frequency of 10-500 Hz
are launched into the narrow tube with the propagation vector perpendicular to the cusped …