- #1
fnsaceleanu
- 9
- 0
Hi,
I just joined this forums.
I'm currently doing my master thesis in mechanical engineering, however, my topic is related to plasma physics.
As part of my results, I need to simulate an audio frequency electric discharge in a spark plug in air, in Ansys HFSS software.
The discharge is at 35 kHz, and an oscilloscope obtains the voltage between electrode and ground plate, and current through the ground plate, every nanosecond.
Is this info enough to estimate the dielectric constant and loss tangent of the air plasma, every nanosecond?
I'm interested to know how the electric field varies in space, from the data obtained through the oscilloscope.
Any help/suggestion is appreciated.
Thanks!
Florin
I just joined this forums.
I'm currently doing my master thesis in mechanical engineering, however, my topic is related to plasma physics.
As part of my results, I need to simulate an audio frequency electric discharge in a spark plug in air, in Ansys HFSS software.
The discharge is at 35 kHz, and an oscilloscope obtains the voltage between electrode and ground plate, and current through the ground plate, every nanosecond.
Is this info enough to estimate the dielectric constant and loss tangent of the air plasma, every nanosecond?
I'm interested to know how the electric field varies in space, from the data obtained through the oscilloscope.
Any help/suggestion is appreciated.
Thanks!
Florin