Figured I would post an update in this area, maybe shed some light on resistive wire.
This is for the "Tri-coil Configuration" designed for the injectors.
I have seen reference to different AWG wire for the secondary and chokes (some 34, some 40, some 32, some 36AWG)...I don't think it matters much overall.
Lets start by clarifying this design is basically one large transformer. Primary, Secondary, and Bifilar chokes all on one core.
Each choke coil is bifilar wound and 11,600 ohm value per cavity. 14 sections (cavities) on the coil total.
11,600 * 14 = 162,400 ohms. (Bifilar chokes)
Stan mentioned the target was 5,000 volts on the secondary. (drawings outside the tech. brief)
5,000 volts / 162,400 ohms = 0.031 amps.
Add in the secondary copper resistance and water resistance and the total amps are reduced even more.
The resistive wire is designed to prevent amp "influx" and "arcing" across the injector gap (0.010") while searching for the resonance frequency.
Still no coated resistive wire but without it you will need something like 400,000 FT of copper (34awg) to be equal in resistance value.
Thinking about just splitting the secondary coil and throwing in two 50k ohm, 50 watt resistors to test.