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K-shell ionisation probabilities for Co, Cu and Ge by proton impact at large scattering angles

Measurements of K-shell ionisation probabilities of Co, Cu and Ge by proton impact (400-600 keV) have been performed at scattering angles of about 90', 135', and 170'. With the coincidence set-up used it was possible to measure 27 data points within tolerable accelerator run times (10-15 h per data point). The results are compared with various theoretical predictions. The SCA calculations of Kocbach correctly describe the data within experimental errors. It is clearly shown that the influence of the recoiling target nucleus has to be included to obtain agreement between theory and experiment.