Suppose Stalkers HV threshold is at 3.73kV, could you possibly calculate (ball park is good enough) the Joules and Coulombs that might be available to the system at, or near, these various "Grenade" and "Inductor" targets.
Even if you gave me the example dimensions and distances to these targets, it would be a very difficult question to answer. 3.73keV is three orders of magnitude larger than the ionization potentials of air molecules and air consists of several types of gasses. Take a look at this experiment: Dally, Shark & Ruslan workbench It is complicated enough at only 16eV and with only one type of gas at very low pressure. In vacuum, I could make some rough estimates but I'd have to know at least the charge carrier density in the questioned space or the type and temperature of the electron emitter. In air at atmoshperic pressure, I would also need to know the type of discharge ( Townsend, glow, arc). The secondaey secondary ion avalanche products and additional phenomena are hard enough in Townsend discharge and in air at 3.73keV are incalculable. Dally, Shark & Ruslan workbench
« Last Edit: 2021-12-01, 03:53:32 by verpies »
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