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Status 232 Th(n,  ) analysis

Unresolved Resonance Region ( URR: 4 keV - 1 MeV ) • paper published: Phys. Rev. C 74 (2006) 025807 Resolved Resonance Region ( RRR: thermal - 4 keV ) • data analyzed • paper in preparation • final fit new resolution function to be done. Status 232 Th(n,  ) analysis.

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Status 232 Th(n,  ) analysis

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  1. Unresolved Resonance Region (URR: 4 keV - 1 MeV)• paper published: Phys. Rev. C 74 (2006) 025807 Resolved Resonance Region (RRR: thermal - 4 keV)• data analyzed• paper in preparation• final fit new resolution function to be done Status 232Th(n,) analysis

  2. 232Th(n,) Unresolved Resonance Region

  3. 232Th(n,) Unresolved Resonance Region

  4. 232Th(n,g) Resolved Resonance Region

  5. 232Th(n,g) orbital momentum assignment

  6. 232Th(n,g) Porter-Thomas distribution

  7. 232Th(n,g) Wigner distribution

  8. 232Th(n,) saturated resonance shape

  9. Resolution function n_TOF

  10. Resolution function

  11. • New simulations of the n_TOF resolution function needed withwater thickness 6 cm instead of previously assumed 5 cm. • New analytical parametrization of the resolution function. • new resolution and n_TOF data:- not yet published: use new resolution function.- already published: check impact. • Data for EXFOR: for RRR, submit also reaction yields, in addition to resonance parameters. Conclusion

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