You are here

Magnetic properties of single crystalline itinerant ferromagnet AlFe2B (2)

TitleMagnetic properties of single crystalline itinerant ferromagnet AlFe2B (2)
Publication TypeJournal Article
Year of Publication2018
AuthorsLamichhane, TN, Xiang, L, Ling, QS, Pandey, T, Parker, DS, Kim, TH, Zhou, L, Kramer, MJ, Bud'ko, SL, Canfield, PC
JournalPhysical Review Materials
Volume2
Pagination084408
Date Published08
Type of ArticleArticle
ISBN Number2475-9953
Accession NumberWOS:000442196300003
Keywordsbehavior, cell, growth, low-temperature, Materials Science, nickel, order, phase, pressure, superconductivity, transitions
Abstract

Single crystals of AlFe2B2 have been grown using the self-flux growth method, and then we measured the structural properties, temperature- and field-dependent magnetization, and temperature-dependent electrical resistivity at ambient as well as high pressure. The Curie temperature of AlFe2B2 is determined to be 274 K. The measured saturation magnetization and the effective moment for the paramagnetic Fe ion indicate the itinerant nature of the magnetism with a Rhode-Wohlfarth ratio M-C/M-sat approximate to 1.14. Temperature-dependent resistivity measurements under hydrostatic pressure show that transition temperature T c is suppressed down to 255 K for p = 2.24 GPa pressure with a suppression rate of similar to - 8.9 K/GPa. The anisotropy fields and magnetocrystalline anisotropy constants are in reasonable agreement with density functional theory calculations.

DOI10.1103/PhysRevMaterials.2.084408
Custom 1

CMI

Custom 2

Complex States

Alternate JournalPhys. Rev. Mater.