Computer simulation of logarithmic transformation function to expand the range of high-precision measurements

Studies of the effect normalized radiation fluxes on measurement result revealed most influential one. The value flow F0 was shown to have a greater relative error than ΔF0. This allows investigating relationship between controlled Fx and F0. Experimental studies confirmed that by threefold increase in Fx, it becomes possible accuracy wide range. In particular, found at flux F0=0.16×10-3 W, measure wider range Fх=(0.16×10-3÷0.97×10-3) W with thousandths percent. reproduction under condition Fх is shown. It an 1 order leads narrowing which tends zero. absence F0, flows individual cases reduction small-order values. latter, way, applies where ratio as 3 1, ensured. dark does not affect result.Thus, there reason believe expand range, percent, even for cycle