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- W2014069063 abstract "Using an ac calorimetric method, the specific heat ${C}_{p}(T)$ of pure single-crystalline Ni has been measured over a temperature range of 100 K centered at the Curie point (ensuremath{sim} 631 K). The experimental method permits continuous observation of ${C}_{p}$ vs $T$ with a temperature resolution of ensuremath{sim} 0.01 K using very small specimens (ensuremath{sim} 7.8 mg). Special attention has been devoted to the determination of the analytical form of the magnetic contribution to ${C}_{p}(T)$. The effect of applied fields up to 240 Oe has also been studied. At zero field, the data fit a standard power-law expression over the range $ensuremath{-}3.2ensuremath{le}{log}_{10}|frac{(Tensuremath{-}{T}_{c})}{{T}_{c}}|ensuremath{le}ensuremath{-}1.6$, with exponents $ensuremath{alpha}={ensuremath{alpha}}^{ensuremath{'}}=ensuremath{-}0.10ifmmodepmelsetextpmfi{}0.03$. The data obtained with applied field follow the scaling relations calculated by Griffiths from the magnetic equation of state. The observed rounding of the specific-heat curve at its maximum is discussed and some experimental factors which influence the degree of the observed rounding are described." @default.
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- W2014069063 date "1971-02-01" @default.
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- W2014069063 title "Specific Heat of Nickel near the Curie Temperature" @default.
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- W2014069063 doi "https://doi.org/10.1103/physrevb.3.924" @default.
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