Relative U235(n,γ) and  | Zendy

J. M. Allmond | Zendy; L. A. Bernstein | Zendy; C. W. Beausang | Zendy; L. Phair | Zendy; D. L. Bleuel | Zendy; J. T. Harke | Zendy; Jutta Escher | Zendy; K. E. Evans | Zendy; B. L. Goldblum | Zendy; R. Hatarik | Zendy; H. B. Jeppesen | Zendy; S. R. Lesher | Zendy; M. A. McMahan | Zendy; John Rasmussen | Zendy; N. D. Scielzo | Zendy; M. Wiedeking | Zendy

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Relative U235(n,γ) and Author(s) -

J. M. Allmond,

L. A. Bernstein,

C. W. Beausang,

L. Phair,

D. L. Bleuel,

J. T. Harke,

Jutta Escher,

K. E. Evans,

B. L. Goldblum,

R. Hatarik,

H. B. Jeppesen,

S. R. Lesher,

M. A. McMahan,

John Rasmussen,

N. D. Scielzo,

M. Wiedeking

Publication year - 2009

Publication title -

physical review c

Language(s) - English

Resource type - Journals

eISSN - 1089-490X

pISSN - 0556-2813

DOI - 10.1103/physrevc.79.054610

Subject(s) - physics , statistics , atomic physics , mathematics

The internal surrogate ratio method allows for the determination of an unknown cross section, such as (n,{gamma}), relative to a better-known cross section, such as (n,f), by measuring the relative exit-channel probabilities of a surrogate reaction that proceeds through the same compound nucleus. The validity of the internal surrogate ratio method is tested by comparing the relative gamma and fission exit-channel probabilities of a {sup 236}U* compound nucleus, formed in the {sup 235}U(d,p) reaction, to the known {sup 235}U(n,{gamma}) and (n,f) cross sections. A model-independent method for measuring the gamma-channel yield is presented and used

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