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Gamma-strength function essentially distinguishes the reaction mechanisms ofcharged particle inelastic and neutron capture reactions, reflecting from theratios of transition of neutron capture to low-lying states. The extraordinaryquenching of gamma_0 transition of p-wave neutron resonance reaction in3s-region nucleus 57Fe is observed, for the first time, due to the non-forming2p-1h doorway state activation which raises the strong intensities of gamma_1and gamma_2. The enhancement of low energy gamma-strength function doesn'temerge in the neutron capture reaction resulting from the population of cascadetransitions of low-lying states rather than primary transitions. Theastrophysical reaction rates that are extracted from total and partial neutroncapture cross sections of 57Fe might be adopted to constrain the abundance ofthe successive heavier isotopes in s-process.

Quenching of gamma0 transition results from p-wave neutron inducing doorway mechanism