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MEASUREMENT OF FISSION YIELDS FROM ~(235)U FISSION INDUCED BY 24.4 keV NEUTRONS

Ang F

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Abstract

The fission yields of 99Mo, 132Teand 140Ba from 235U fission induced by 24.4 keV neutrons are measured radiochemically. The neutron source is an iron filter neutron beam from a swimming pool reactor. The fission number is recorded by polycarbonate film as a fission track recorder, which is immersed in liquid uranium standard targets.

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The fission yields of 99Mo, 132Teand 140Ba from 235U fission induced by 24.4 keV neutrons are measured radiochemically. The neutron source is an iron filter neutron beam from a swimming pool reactor. The fission number is recorded by polycarbonate film as a fission track recorder, which is immersed in liquid uranium standard targets.

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Available abstract

The fission yields of 99Mo, 132Teand 140Ba from 235U fission induced by 24.4 keV neutrons are measured radiochemically. The neutron source is an iron filter neutron beam from a swimming pool reactor. The fission number is recorded by polycarbonate film as a fission track recorder, which is immersed in liquid uranium standard targets.

Key concepts: Fission, Cold fission, Fission product yield, Chemistry, Fast fission, Cluster decay, Long-lived fission product, Radiochemistry

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