Crystal growth, structure and ferromagnetic properties of a Ce3Pt23Si11 single crystal
C. Opagiste, C. Paulsen, E. Lhotel, P. Rodiere, R.-M. Galera, P., Bordet, P. Lejay
TL;DR
This paper reports the growth and characterization of a high-quality Ce3Pt23Si11 single crystal, revealing its crystal structure and ferromagnetic transition at very low temperature.
Contribution
It presents the first successful growth of Ce3Pt23Si11 single crystals and details their structural and magnetic properties.
Findings
Crystal structure determined and verified.
Ferromagnetic transition observed at 0.44 K.
High-quality single crystal achieved using Czochralski method.
Abstract
A high-quality single crystal of Ce3Pt23Si11 has been grown using the Czochralski method. The crystal structure is presented and the chemical composition has been checked using an electron microprobe analyzer. Measurements of the electrical resistivity and magnetic susceptibility performed at low temperature show a ferromagnetic transition at Tc = 0.44 K.
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