Transverse magnetoresistivity data taken for pure nickel and its alloys containing 9.38, 18.77 and 28.32 at.% copper are seen to be governed by Kohler's rule in restricted temperature ranges. The resistivity at zero magnetic induction as a function of temperature, ρ (B=0, T) has been computed for all the samples from their Kohler plots. It is seen that the spin-disorder scattering constitutes a major part of ρ (B=0, T) in the temperature range of present investigation
This paper reports on the effects of alloy composition and applied stress on the magnetic properties...
The results of the dynamic measurements of Young\u27s modulus and its change with magnetization (the...
The change of electric resistance by the longitudinal magnetization, that is, the longitudinal magne...
Transverse magnetoresistivity data taken for pure nickel and its alloys containing 9.38, 18.77 and 2...
The longitudinal and transverse magnetoresistivity of pure nickel and its alloys containing 9.38...
The electrical resistivities of pure nickel and its alloys containing 9.38, 18.77 and 28.32 at.% cop...
The electrical resistivity of copper-nickel alloys has been measured at the temperature-range from o...
Two high strength alloys of copper, .12% Zr and .3% Cr, were investigated for residual resistance an...
The distribution of the magnetisation in nickel metal has been studied as a function of temperature ...
Predictions for magnetoresistivity temperature dependence of dilute alloys of iron in coppe
The distribution of the magnetisation in nickel metal has been studied as a function of temperature ...
The distribution of the magnetisation in nickel metal has been studied as a function of temperature ...
The resistance of cold worked Cu-x wt.%Ag alloys (x = 7 and x = 24) is measured in dependence of mag...
The distribution of the magnetisation in nickel metal has been studied as a function of temperature ...
The cuprate superconductors are very unconventional materials. It is therefore noteworthy when they ...
This paper reports on the effects of alloy composition and applied stress on the magnetic properties...
The results of the dynamic measurements of Young\u27s modulus and its change with magnetization (the...
The change of electric resistance by the longitudinal magnetization, that is, the longitudinal magne...
Transverse magnetoresistivity data taken for pure nickel and its alloys containing 9.38, 18.77 and 2...
The longitudinal and transverse magnetoresistivity of pure nickel and its alloys containing 9.38...
The electrical resistivities of pure nickel and its alloys containing 9.38, 18.77 and 28.32 at.% cop...
The electrical resistivity of copper-nickel alloys has been measured at the temperature-range from o...
Two high strength alloys of copper, .12% Zr and .3% Cr, were investigated for residual resistance an...
The distribution of the magnetisation in nickel metal has been studied as a function of temperature ...
Predictions for magnetoresistivity temperature dependence of dilute alloys of iron in coppe
The distribution of the magnetisation in nickel metal has been studied as a function of temperature ...
The distribution of the magnetisation in nickel metal has been studied as a function of temperature ...
The resistance of cold worked Cu-x wt.%Ag alloys (x = 7 and x = 24) is measured in dependence of mag...
The distribution of the magnetisation in nickel metal has been studied as a function of temperature ...
The cuprate superconductors are very unconventional materials. It is therefore noteworthy when they ...
This paper reports on the effects of alloy composition and applied stress on the magnetic properties...
The results of the dynamic measurements of Young\u27s modulus and its change with magnetization (the...
The change of electric resistance by the longitudinal magnetization, that is, the longitudinal magne...
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