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- W2000961350 abstract "Evaporation residue and binary (fissionlike) cross sections are reported for $^{56}mathrm{Fe}$+$^{120,122}mathrm{Sn}$ at incident $^{56}mathrm{Fe}$ energies between 330 and 456 MeV. The ${ensuremath{sigma}}_{mathrm{ER}}$ are compared with results for the two additional entrance channels $^{35}mathrm{Cl}$+ $^{141}mathrm{Pr}$ and $^{86}mathrm{Kr}$+ $^{90}mathrm{Zr}$ producing similar compound nuclei. Comparisons of $frac{{ensuremath{sigma}}_{mathrm{ER}}}{ensuremath{pi}{ensuremath{lambda}}^{2}}$ versus excitation energy (which tests the Bohr independence hypothesis) support the conclusion that the yields are limited by statistical fission decay. Similar results are shown for the entrance channels $^{84,86}mathrm{Kr}$+ $^{65}mathrm{Cu}$ and $^{40}mathrm{Ar}$+ $^{109}mathrm{Ag}$. It is shown that evaporation residue data of this type (where yields are limited by saturation in the fission channel) provide a good means of determining statistical fission parameters.NUCLEAR REACTIONS Illustrate consistency of evaporation residue excitation functions formed in heavy ion reactions with Bohr independence hypothesis; illustrate that statistical parameters deduced should be valid." @default.
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- W2000961350 date "1982-10-01" @default.
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- W2000961350 title "Saturation analysis as a test of statistical fission in heavy ion reactions" @default.
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- W2000961350 doi "https://doi.org/10.1103/physrevc.26.1471" @default.
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