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- W1625400211 abstract "Light particle emissions in the energy region slightly above the Coulomb barrier were studied. Energy spectra and angular distributions of p, d, t, $^{3}mathrm{He}$, and ensuremath{alpha} particles from the $^{12}$C${+mathrm{}}^{64}$Ni reaction were measured for the eight different incident energies below 70 MeV. The absolute cross sections and the contour plots of the Galilean-invariant cross sections ${d}^{2}$ensuremath{sigma}/pdensuremath{Omega}dE are presented. The experimental proton energy spectra for E${(mathrm{}}^{12}$C)ensuremath{ge}50 MeV have been well reproduced by the moving source model. This model includes two sources: a slow source moving at the velocity of the center of mass of the collision system, and a fast source moving at a velocity of about a half of the projectile velocity. The extracted source velocity and temperature parameters for the fast source were found to follow the previous systematic trend. The nonequilibrium components of some composite particles (d, $^{3}mathrm{He}$, ensuremath{alpha}), obtained by subtracting the relative equilibrium component from every measured spectrum, were accounted in terms of a generalized coalescence model." @default.
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- W1625400211 date "1988-02-01" @default.
- W1625400211 modified "2023-09-27" @default.
- W1625400211 title "Light particle emissions inNi12at E(12C)=35–70 MeV" @default.
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- W1625400211 doi "https://doi.org/10.1103/physrevc.37.669" @default.
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