Abstract
The interaction potential energy of the three deformed fragments formed in fission of $^{252}\mathrm{Cf}$ is studied for various combinations of three-fragment fission. The lowest height of the potential energy ridge between three touching and separated deformed fragments is sought. The excitation energies of various three-deformed-fragment configurations, at the lowest barrier heights related to the yield of the corresponding configuration, are considered in detail. The most probable three-fragment fission configurations are discussed. The yields of various ternary fragments in fission of $^{250}\mathrm{Cf}$ agree well with available experimental data.
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