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KINETIC ENERGY OF THE FRAGMENTS EMITTED IN THE FISSION OF U$sup 238$ BOMBARDED BY 14.5 Mev NEUTRONS

V.M. Adamov, S. S. Kovalenko, K.A. Petrzhak

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Abstract

The total kinet~c energy of U/sup 238/ fission fragments produced by 14.5-Mev neutron bombardment is measured using a double ionization chamber for mass ratios at 1.0, 1.1, were recorded. The difference between the maximal kinetic energy and its value for symmetric fission is 15 plus or minus 2 Mev. A comparison with the similar difference for thermal neutron induced fission in neighboring nuclei indicates that with increase of the bombarding particle energy, the kinetic energy of symmetric fragments increases. (auth)

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The total kinet~c energy of U/sup 238/ fission fragments produced by 14.5-Mev neutron bombardment is measured using a double ionization chamber for mass ratios at 1.0, 1.1, were recorded. The difference between the maximal kinetic energy and its value for symmetric fission is 15 plus or minus 2 Mev. A comparison with the similar difference for thermal neutron induced fission in neighboring nuclei indicates that with increase of the bombarding particle energy, the kinetic energy of symmetric fragments increases. (auth)

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Available abstract

The total kinet~c energy of U/sup 238/ fission fragments produced by 14.5-Mev neutron bombardment is measured using a double ionization chamber for mass ratios at 1.0, 1.1, were recorded. The difference between the maximal kinetic energy and its value for symmetric fission is 15 plus or minus 2 Mev. A comparison with the similar difference for thermal neutron induced fission in neighboring nuclei indicates that with increase of the bombarding particle energy, the kinetic energy of symmetric fragments increases. (auth)

Key concepts: Fission, Kinetic energy, Cold fission, Neutron temperature, Nuclear physics, Neutron, Cluster decay, Fission products

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