Pulsed Streamer Discharge in Liquids: Voltage, Current & Frequency

[i90000]

i am working on pulsed streamer discharge in liquids and specifically in water as my master project. at this time i am designing my pulse generator and reactor. i have a question about reactor design and specifically about the electrode design and distance between them:
i want to know for a liquid like wastewater or water itself which is supposed to be treated between electrodes in the reactor, how much should be the peak voltage, peak current and frequency of applied pulsed to the electrodes to guarantee streamer discharge?and also is there any relationship between electrodes configuration(distance of electrodes and shape) and mentioned values( peak voltage, peak current and frequency of applied pulsed)?
is there any software to calculate these values or at least help to calculate them?

 

[Vailanor]

Unfortunately, there is no single answer to your question as the optimal peak voltage, peak current, and frequency of applied pulses will depend on the specific wastewater or water sample you are working with. The best way to determine the optimal values is to experimentally test different combinations of voltage, current, and frequency to see which one produces the most efficient streamer discharge. Additionally, the optimal configuration of the electrodes (distance between them and shape) will also depend on the specific sample being used, so it is best to experimentally test different configurations to determine which one will produce the most efficient results.