Nota de FísicaPublicado
Fissility of Bi, Pb, Au, Pt, W, Ta, V, and Ti Nuclei Measured with 100Mev Compton Back-Scattered Photons
M. L. Terranova; O. A. P. Tavares; G. Ya. Kezerashvili; V.A.Kiselev; A.M. Milov; N. Yu. Muchnoi; A.I. Naumenkov; V.V.Petrov; I. Ya. Protopopov; E.A. Simonov; E. de Paiva; E. L. Moreira
1996
Datos de la publicación
- Autores
- M. L. Terranova; O. A. P. Tavares; G. Ya. Kezerashvili; V.A.Kiselev; A.M. Milov; N. Yu. Muchnoi; A.I. Naumenkov; V.V.Petrov; I. Ya. Protopopov; E.A. Simonov; E. de Paiva; E. L. Moreira
- Tipo
- Nota de Física
- Estado
- Publicado
- Fecha de publicación
- 1996
- Descripción
- Photofission cross sections of <math>^{209}Bi\,\!</math>, <math>^{nat}Pb\,\!</math>, <math>^{197}Au\,\!</math>, <math>^{nat}Pt\,\!</math>, <math>^{nat}W\,\!</math>, <math>^{181}Ta\,\!</math>, <math>^{51}V\,\!</math>, and <math>^{nat}Ti\,\!</math> nuclei have been measured at an incident photon energy of 100 MeV using monochromatic photons produced by Compton backscattering at the ROKK-1M facility (BINP,Novosibirsk). Detection of fission fragments has been performed by means of Makrofol track-etch detectors in close contact with metallic foils of the target elements. The values of fissility at 100 MeV deduced for the targets under investigation are found to range between <math>10^{-4}\,\!</math> and <math>10^{-2}\,\!</math>. The present results show consistency with the fissility trends calculated for 69- and 600-MeV monoenergetic photons using a formalism based on the current two-step model for intermediate-energy photofission reactions.
- Año
- 1996
- Número
- CBPF-NF-004/96
- Vínculo con tesis
- No
- Vínculo con beca
- No