Abstract
Thes-wave low energy scattering of\(\bar K\)-mesons on nucleons is studied using a similar method as that applied, in a previous work, for the K-N interaction. Disregarding virtual barion-antibarion pair effects, K virtual state contributions and barion recoil, the integral equations for the two isobaric spin state amplitudes are exactly solved, and analytical expressions for the phase shifts are given. Results are rather independent on the cut-off energy and indicate repulsive potential for both isobaric spin eigenstates. Numerical results are presented for the values of the coupling constants suggested in the previous work.
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