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It's a incomplete process that produces water vapor CO2 and as well as a number of other products. Carbon oxide is in there, black carbon, soot, organic compounds and non-method hydrocarbons. And the weekly ionized high temperature atmosphere along with smoke emissions produces a radio sub-refractive environment for radio propagation. Bending causes significant radio path loss over long distances. And standard refraction, as most of its experience when we turn on a radio density of the atmosphere under normal conditions, causes radio waves to bend downwards following the spherical curve of the earth. And signals ranges become extended, sub-refraction. It bends upward, sometimes it bends kind of weird upwards and kind of downwards a bit at the same time. And it doesn't fall to the earth curvature, it can shorten the signals range. And then of course you've got diffraction loss.