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Mössbauer studies of FeBe, FeNb, FeRu, FeTe, and FeIr alloys

Physica Status Solidi (a), 1974
The isomer shifts, quadrupole splittings, and magnetic hyperfine splittings of iron in α-Fe–Be: FeBe5, α-Fe–Nb, γ-Fe–Nb, α-Fe–Ru, γ-Fe–Ru, FeTe2, α-Fe–Ir, and γ-Fe–Ir alloys are measured using the Mossbauer effect. Some of these studies were carried out as a function of temperature in the temperature range 60 to 300 °K.
S. Gupta   +3 more
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Electronic Specific Heat of Dilute Alloys: Fe(Ti), Fe(V), Fe(Cr), Fe(Mn), Fe(Co), Fe(Ni), Fe(Al), Fe(Si), Fe(Mo), Fe(W), and Ag(Au)

Physical Review, 1966
A method of measuring simultaneously the low-temperature specific heat of three samples, typically one pure-metal sample and two alloys with 1 and 2% solute, is described. The procedure is used to determine the variation of the electronic-specific-heat coefficient $\ensuremath{\gamma}$ (the coefficient of the term linear in temperature) with ...
Samuel S. Shinozaki, Anthony Arrott
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Structure and intermixing in Fe/Fe(110) and Fe/Ag/Fe(110) multilayers

Surface Science, 1998
Abstract We have previously shown, in UHV–SEM studies of Ag/Fe(110), that Ag(111) islands grow on top of two intermediate monolayers of Ag in the Stranski–Krastanov (SK) mode. In the present work, Fe was deposited on samples consisting of (1–5 ML) annealed Ag layers on Fe(110).
R Persaud, H Noro, J.A Venables
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FES and spasticity

IEEE Transactions on Biomedical Engineering, 1989
A model of hemiplegic spasticity based on electromyographical and biomechanical parameters measured during passive muscle stretching is presented. Two components of spasticity can be distinguished--phasic and tonic. This classification depends on the pattern of stretch reflex activity which can be either phasic or tonic as well as on the muscle stretch/
Aneta Stefanovska   +4 more
openaire   +2 more sources

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