The fraction of Bose-Einstein condensed triplons in TlCuCl3 from magnetization M(T,H)-data
R. Dell'Amore, K. Kr\"amer, A.Schilling
TL;DR
This paper calculates the condensed fraction of magnetic quasiparticles in TlCuCl3 using magnetization data, revealing its independence from magnetic field direction and slight decrease with increasing field.
Contribution
It introduces a method to determine the condensed quasiparticle fraction from magnetization data, providing new insights into the magnetic properties of TlCuCl3.
Findings
Condensed fraction is independent of magnetic field direction.
Condensed fraction slightly decreases as magnetic field increases.
Method offers a new way to analyze magnetic quasiparticle condensation.
Abstract
In this study we calculate the fraction of condensed magnetic quasiparticles of TlCuCl3 from magnetization M(T,H)-data. It is independent of the direction of the magnetic field and slightly decreases with increasing magnetic field.
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