Thank you for the guidance Mr Gritter. Sir, actually i have to make use of only AC voltage, thus including the electric current and electric circuit interfaces. A reason being that later i will also use my model to optimize the performance of my DBD Plasma actuator by varying the applied AC waveforms and seeing which one is the best. For example, studies in the past have shown that a square waveform outperforms the sine waveform in discharge in terms of induced velocity (due to body force).
Thus my study is to be strictly focused on AC-DBD's (please see my model attached in previous message). Also there are differences in operating conditions and discharge characteristics of a DC-Discharge and CCP versus AC_DBD. My study is focused for aerospace applications of plasma actuators at atmospheric pressure. One reason of preferring AC-DBD over DC discharge is that the breakdown electric field for for AC-DBD is much less than for DC-DBD. This is preferred for aerospace applications.
Could you please suggest me how to approach this problem further in Comsol. I really appreciate the help.
Thank you Mr Gritter
Best regards
Zaid
Thus my study is to be strictly focused on AC-DBD's (please see my model attached in previous message). Also there are differences in operating conditions and discharge characteristics of a DC-Discharge and CCP versus AC_DBD. My study is focused for aerospace applications of plasma actuators at atmospheric pressure. One reason of preferring AC-DBD over DC discharge is that the breakdown electric field for for AC-DBD is much less than for DC-DBD. This is preferred for aerospace applications.
Could you please suggest me how to approach this problem further in Comsol. I really appreciate the help.
Thank you Mr Gritter
Best regards
Zaid