Analyzing Power and Continuous Energy Spectrum for Three Body Breakup Reaction in the DD Collision at 60 MeV

pulse approximation (PWIA) calculation with a multiple scattering correction. In the case of the dd collision, energy spectra of emitted charged particles for the 2H(d, d)pn and 2H(d, p)2Hn reactions were obtained2) and analyzed with a four body theory assuming a first Born approximation and reasonable results were obtained in the breakup cross sections. In the dd breakup reaction, there are two types of reaction, one is a target deuteron breakup process and the other is a projectile deuteron breakup process. Furthermore an effect of the final state interactions (FSI) is expected at the highest energy region in the continuous energy spectrum. Thus it is interesting to see the effects of these reaction types and the FSI in the continuous energy spectrum and analyzing power distribution. The purpose of the present experiment is to obtain experimental data of cross sections and analyzing powers for the 2H(d, d)'Hn inelastic scattering and 2H(d, p)2Hn breakup reaction. These data are analyzed with a three body theory.