Chemical method for reducing the concentration of electrons in the plasma behind a strong shock wave

In this paper it is shown theoretically using computational methods that the addition of phosphorus-containing substances during the shock wave leads to a decrease in the concentration of electrons at temperatures in the front of shock wave 300 K and behind it of 6000 – 13000° K. Shock wave Mack number is high up to 14. The density is about of 0.35 – 0.7 kg/m3.