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The role of strong absorption of particles in intermidiate and final stateshas been considered. The range of applicability of phenomenological model ofabsorption has been studied. This model is nonuniversal. Its applicabilitydepends on the type of interaction Hamiltonian and matrix element used. We alsodemonstrate that the violation of the unitarity condition can produce aqualitative error in the results. The absorption (decay) in the final statedoes not tend to suppress the total process probability as well as theprobability of the channel corresponding to absorption. This is true for thereactions, decays and $n\bar{n}$ conversion in the medium.Comment: 7 pages, 5 figures, reported at LEAP'0

Absorption in the final state in reactions and decays in the medium