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Correction

Correction

This article refers to:
Study of the ferromagnetic quantum phase transition in Ce3−xMgxCo9

Article title: Study of the ferromagnetic quantum phase transition in Ce3xMgxCo9

Authors: Tej N. Lamichhane, Valentin Taufour, Andriy Palasyuk, Sergey L. Bud’ko and Paul C. Canfield

Journal: Philosophical Magazine

Bibliometrics: Volume 100, Number 12, pages 1607 - 1619

DOI: https://doi.org/10.1080/14786435.2020.1727973

When the above article was first published online, the was appearing incorrectly.

The correct with caption will appear as below:

Figure 6. Field-dependent magnetisation of Ce2.57Mg0.43Co9 at various temperatures. The hysteresis loop observed for 2 K data clearly indicates a ferromagnetic state and even suggests that the Ce3xMgxCo9 system may have good pinning properties for possible permanent magnet applications. The lower inset shows the M(T) along with bifurcation of ZFC and FC M(T) data consistent with an observed low-temperature hysteresis loop.

Figure 6. Field-dependent magnetisation of Ce2.57Mg0.43Co9 at various temperatures. The hysteresis loop observed for 2 K data clearly indicates a ferromagnetic state and even suggests that the Ce3−xMgxCo9 system may have good pinning properties for possible permanent magnet applications. The lower inset shows the M(T) along with bifurcation of ZFC and FC M(T) data consistent with an observed low-temperature hysteresis loop.

This article has been corrected in the online version.

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