The<i>g</i>-factor of the 1 291.5 keV State in<sup>59</sup>Co

Solid solutions of iron in copper and nickel have been studied with the integral perturbed directional correlation technique. The Fe:Cu samples with an iron concentration larger than 3% show a significant perturbation. The effect of cold work on the perturbation is also investigated. For the Fe:Ni alloys the hyperfine field acting on the 59Co nucleus is found to be negative and to have its smallest magnitude for an iron concentration of ≈ 70%.

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A systematic study of solid solutions of iron in copper and nickel by means of the IPDC technique

Bargholtz

Beshai

Eriksson

et al. 1975

Phys. Stat. Sol. (a)

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Nuclear Data Sheets for A=59

Basunia

2018

Nuclear Data Sheets

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Nuclear data sheets for A = 59

Kim

1976

Nuclear Data Sheets

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Theg-factor of the 1 291.5 keV State in⁵⁹Co

Abstract: The g-factor of the 1291.5 k e V state in 5 s C ~

Cited by 3 publications

References 30 publications

A systematic study of solid solutions of iron in copper and nickel by means of the IPDC technique

A systematic study of solid solutions of iron in copper and nickel by means of the IPDC technique

Nuclear Data Sheets for A=59

Nuclear data sheets for A = 59

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Theg-factor of the 1 291.5 keV State in59Co

Abstract: The g-factor of the 1291.5 k e V state in 5 s C ~

Cited by 3 publications

References 30 publications

A systematic study of solid solutions of iron in copper and nickel by means of the IPDC technique

A systematic study of solid solutions of iron in copper and nickel by means of the IPDC technique

Nuclear Data Sheets for A=59

Nuclear data sheets for A = 59

Contact Info

Product

Resources

About

Theg-factor of the 1 291.5 keV State in⁵⁹Co