Alpha-Particles from Fission as Recorded by Photographic Emulsions
Leona Marshall
Abstract
Leona Marshall
Abstract
Eighty long range alpha-particles coincident with ${\mathrm{U}}^{235}$ fission have been observed in photographic plates. There is a tendency for the alpha-particles to emerge with greatest energy at an angle slightly greater than 90\ifmmode^\circ\else\textdegree\fi{} from the heavy fragment. In accordance with previous observers, it is found that most alpha-particles emerge approximately perpendicular. It is also found that the majority form an angle slightly obtuse to the heavy fragment. The energy of the alpha-particles is found to be derived largely from the kinetic energy of the fission fragments. The alpha-emitting fissions have approximately the same mass ratio as do normal fissions.
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Eighty long range alpha-particles coincident with ${\mathrm{U}}^{235}$ fission have been observed in photographic plates. There is a tendency for the alpha-particles to emerge with greatest energy at an angle slightly greater than 90\ifmmode^\circ\else\textdegree\fi{} from the heavy fragment. In accordance with previous observers, it is found that most alpha-particles emerge approximately perpendicular. It is also found that the majority form an angle slightly obtuse to the heavy fragment. The energy of the alpha-particles is found to be derived largely from the kinetic energy of the fission fragments. The alpha-emitting fissions have approximately the same mass ratio as do normal fissions.
Key concepts: Fission, Alpha particle, Physics, Nuclear physics, Range (aeronautics), Kinetic energy, Alpha decay, Cold fission