1966
DOI: 10.1007/bf00549934
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Magnetic and electrical properties of 77-14-5-4 wt % Ni-Fe-Cu-Mo and related alloys

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Cited by 14 publications
(7 citation statements)
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“…The lattice parameters of the alloys used to obtain figure 4 The value of the lattice parameter for the 5 wt % Cu alloy is in good agreement with the value obtained by Jackson and Lee (1966).…”
Section: R D Enoch and D L Murrellsupporting
confidence: 81%
“…The lattice parameters of the alloys used to obtain figure 4 The value of the lattice parameter for the 5 wt % Cu alloy is in good agreement with the value obtained by Jackson and Lee (1966).…”
Section: R D Enoch and D L Murrellsupporting
confidence: 81%
“…It seems that the lattice parameter of Ni-Fe alloys is composition dependent. Also, the lines in the figure shows that 47.01% Ni alloy orders slightly more rapidly than the 82.13% Ni alloy and therefore possibly the SRO developed in the 82.13% Ni alloy gives rise to highest permeability in the material in comparison to the other materials [15,26,27]. The twin structure appears at the grain boundaries as seen.…”
Section: Methodsmentioning
confidence: 84%
“…There seems to be general agreement that it is the degree of short-range order that is the governing factor controlling the permeability. For example, Enoch and Winterborn (1 967) perature, t~ (Jackson and Lee 1966). quench rate 2500 degc per min.…”
Section: Recent Work On Alloys Around 80 Ni-20 Fementioning
confidence: 99%
“…The limit to the value of the permeability appears to be set by the magneto-elastic anisotropy arising from internal stresses. An alloy of the same composition has been studied by Jackson and Lee (1966), who point out that the magnetostriction constant is the one parameter most likely to be critically dependent upon short-range magnetic interactions. Consequently, they measured this parameter and the initial permeability ,uo at room temperature as a function of the quenching temperature t ~, as shown in figure 10.…”
Section: Recent Work On Alloys Around 80 Ni-20 Fementioning
confidence: 99%
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