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. The specific heat jump at the critical temperatures are observed. Keeping fixed the SC transition temperature at 28K for the iron pnictide LaOFeAs like superconductors, the coefficient of electronic specific ...
for the understanding of the band structure of metals. The measurement of specific heat at low temperatures is one ...
An empirical mathematical equation is proposed for the magnetic contribution to the specific heat of pure metals. The corresponding functions for enthalpy, entropy, and Gibbs energy are of simple ...
An empirical mathematical equation is proposed for the magnetic contribution to the specific heat of pure metals. The corresponding functions for enthalpy, entropy, and Gibbs energy are of simple ...
Abstract An empirical mathematical equation is proposed for the magnetic contribution to the specific heat of pure metals. The corresponding functions for enthalpy, entropy, and Gibbs energy ...
Abstract An empirical mathematical equation is proposed for the magnetic contribution to the specific heat of pure metals. The corresponding functions for enthalpy, entropy, and Gibbs energy ...
on organic matter content and heating conditions. The conversion of iron oxyhydroxides to hematite occurs at temperatures different than those reported for pure compounds. At higher temperatures , protohematite ...
In this paper, we report the field and temperature dependence of low - temperature specific heat down to 400mK and in magnetic fields up to 9T of the electron-doped Ba(Fe0.92Co0.08)2As2 superconductor ...
transition in the iron subsystem as well as to superposed magnetization in the Dy subsystem. The repopulation of two low -lying Kramers doublets in Dy 3+ ions results in well defined Schottky anomalies ...
The effect of incorporation of different amounts of cerium on iron oxides and different heat treatment temperatures was evaluated for the degradation of cephalexin (CEX) using heterogeneous Fenton ...
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