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Nuclear charge and mass yields for $^{235}U(n_{th}, f)$

H.-G. Clerc, W. Lang, H. Schrader, K. Schmidt, H. Wohlfarth

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Abstract

The fission product mass spectrometer 'Lohengrin' has been used to determine the mass and nuclear charge yields of light fission products as a function of their kinetic energy in the range 88.5 MeV or=60 at high kinetic energy are tentatively explained by an oblate deformation of these nuclei at the scission point. (16 refs).

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What this paper is about

The fission product mass spectrometer 'Lohengrin' has been used to determine the mass and nuclear charge yields of light fission products as a function of their kinetic energy in the range 88.5 MeV or=60 at high kinetic energy are tentatively explained by an oblate deformation of these nuclei at the scission point. (16 refs).

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Available abstract

The fission product mass spectrometer 'Lohengrin' has been used to determine the mass and nuclear charge yields of light fission products as a function of their kinetic energy in the range 88.5 MeV or=60 at high kinetic energy are tentatively explained by an oblate deformation of these nuclei at the scission point. (16 refs).

Key concepts: Charge (physics), Physics, Nuclear physics, Environmental science, Chemistry, Particle physics

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