Ferro-antiferromagnetic transition in the alloy system Fe&amp;lt;inf&amp;gt;65&amp;lt;/inf&amp;gt;(Ni&amp;lt;inf&amp;gt;1-x&amp;lt;/inf&amp;gt;Cr&amp;lt;inf&amp;gt;x&amp;lt;/inf&amp;gt;)&amp;lt;inf&amp;gt;35&amp;lt;/inf&amp;gt;at low temperatures

Rode, V. E.; Deryabin, A. V.; Damashke, G.

doi:10.1109/tmag.1976.1059034

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“…x Cr x ) 35 decreases between* =0 and* =0.15. 25 Measurement of further properties in the Fe-Ni-Cr system would be of clear interest.…”

mentioning

confidence: 99%

Explanation of the Invar Anomalies from Molecular-Orbital Cluster Calculations

Kaspar

Salahub

1981

Phys. Rev. Lett.

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The electronic structures of pure and mixed Fe-Ni metal clusters, as computed with the self-consistent-field Xa scattered-wave method, are used as models for the bonding situation in fee Fe-Ni alloys. The calculations indicate that several anomalous properties of the Invar alloy Fe 6 4Ni 36 are a consequence of the presence, at the Fermi level, of strongly antibonding majority-spin orbitals and nonbonding minority-spin orbitals in this concentration range.

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“…x Cr x ) 35 decreases between* =0 and* =0.15. 25 Measurement of further properties in the Fe-Ni-Cr system would be of clear interest.…”

mentioning

confidence: 99%