-- A Systematic Calculation with Configuration Mixing--

Systematic analyses of the strangeness-changing reactions on p-shell targets (gBe, lO,llB, 12,l3C and 14,15N) have been performed in DWIA and with the configuration-mixed shell-model wavefunctions. The recoil effects for the outgoing meson and nucleon and A in the nucleus are correctly taken into account. The quasi·free continuum part of the ex"citation function is approximated by smearing the calculated strengths leading to the shell-model states with A in the (Is, Od)A and (lp, O/)A orbits. For each target, the calculated excitation functions for the three reactions are compared, showing the useful and complementary roles in hypernuclear spectroscopy. By comparing the (K-, 71:-) peaks and (71:+, K+) peaks in the same energy region, for example, for ~2C, ~3C and ~4N, respectively, typical energy shifts are predicted because of the change of attributable J-structures. The angular distribu-tions of the differential cross sections are also presented for the prominent peaks with the discussion of the absolute values and the recoil effects. The (stopped K-, 71:-) reaction results also in well-separated peaks in the bound-state region in ~oB, ~2C and ~3C. The present calculations not only give reasonable explanations on the existing experimental data but also present the detailed theoretical predictions on the p-shell hypernuclear structures with A 210