Mössbauer effect studies of cubic237NpM3 intermetallic compounds

J. Gal; Z. Hadari; E. R. Bauminger; I. Nowik; S. Ofer

doi:10.1016/0038-1098(73)90450-X

Mössbauer effect studies of cubic²³⁷NpM₃ intermetallic compounds

J. Gal^*, Z. Hadari, E. R. Bauminger, I. Nowik, S. Ofer

^*Corresponding author for this work

Racah Institute of Physics

Research output: Contribution to journal › Article › peer-review

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Abstract

The Mössbauer effect in ²³⁷Np has been used to investigate the hyperfine interactions in NpPd₃, NpGe₃ and NpRh₃. NpPd₃ has a first order magnetic transition at 49K and NpSn₃ orders magnetically at 9K. The saturation hyperfine fields in NpPd₃ and NpSn₃ are 3.35 MOe and 0.55 MOe, respectively. NpGe₃ and NpRh₃ do not order magnetically even at 1.7K. The isomer shifts of the NpM₃ compounds change regularly with the size of the (AuCu₃ type) unit cell.

Original language	English
Pages (from-to)	647-650
Number of pages	4
Journal	Solid State Communications
Volume	13
Issue number	6
DOIs	https://doi.org/10.1016/0038-1098(73)90450-X
State	Published - 15 Sep 1973

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title = "M{\"o}ssbauer effect studies of cubic237NpM3 intermetallic compounds",

abstract = "The M{\"o}ssbauer effect in 237Np has been used to investigate the hyperfine interactions in NpPd3, NpGe3 and NpRh3. NpPd3 has a first order magnetic transition at 49K and NpSn3 orders magnetically at 9K. The saturation hyperfine fields in NpPd3 and NpSn3 are 3.35 MOe and 0.55 MOe, respectively. NpGe3 and NpRh3 do not order magnetically even at 1.7K. The isomer shifts of the NpM3 compounds change regularly with the size of the (AuCu3 type) unit cell.",

author = "J. Gal and Z. Hadari and Bauminger, {E. R.} and I. Nowik and S. Ofer",

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AU - Gal, J.

AU - Hadari, Z.

AU - Bauminger, E. R.

AU - Nowik, I.

AU - Ofer, S.

PY - 1973/9/15

Y1 - 1973/9/15

N2 - The Mössbauer effect in 237Np has been used to investigate the hyperfine interactions in NpPd3, NpGe3 and NpRh3. NpPd3 has a first order magnetic transition at 49K and NpSn3 orders magnetically at 9K. The saturation hyperfine fields in NpPd3 and NpSn3 are 3.35 MOe and 0.55 MOe, respectively. NpGe3 and NpRh3 do not order magnetically even at 1.7K. The isomer shifts of the NpM3 compounds change regularly with the size of the (AuCu3 type) unit cell.

AB - The Mössbauer effect in 237Np has been used to investigate the hyperfine interactions in NpPd3, NpGe3 and NpRh3. NpPd3 has a first order magnetic transition at 49K and NpSn3 orders magnetically at 9K. The saturation hyperfine fields in NpPd3 and NpSn3 are 3.35 MOe and 0.55 MOe, respectively. NpGe3 and NpRh3 do not order magnetically even at 1.7K. The isomer shifts of the NpM3 compounds change regularly with the size of the (AuCu3 type) unit cell.

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JO - Solid State Communications

JF - Solid State Communications

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Mössbauer effect studies of cubic²³⁷NpM₃ intermetallic compounds

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