Abstract
A hydrogen-filled ionization chamber used as a target and as a detector of the recoil protons was proposed to be applied for studies of small-angle hadron-proton elastic scattering. The analysis of signals from the chamber electrodes and delay times of the signals made it possible to determine the energy and the emission angle of the recoils, as well as to separate the target volume inside the volume of the chamber. The protons were detected in the energy range 1.0–4.0 MeV, with the energy resolution fwhm = 40 keV. The method can be used in a wide range of incident particle momenta at beam intensities of 104–105 particles/s.
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