Retrieval of ozone altitude profiles from the ground-based measurements of the integral absorption in the millimeter wave range

A problem is set and solved on the determination of the atmospheric ozone profile N₀₃(h) from the ground-based measurements of absorption in the line O₃ 10_0,10-10_1,9 with the resonance frequency ν₀=142175.1 MHz. The profile N₀₃(h) is retrieved by the solution of the Fredholm integral equation of the first kind for the optical depth τ₀₃(ν)+δτ_r (ν)=∫₀^HN₀₃(h)K(ν,h)dh using a priori information on the limitation derivative dN₀₃/dh which permits one to consider the exact solution as one of the compact set of functions satisfying the Lipshits conditions: |N₀₃(h₁)-N₀₃(h₂)|⩽B(h ₁-h₂) with the constant B>0 one and the same for all the functions of this set