Intermetallic disordered magnetGd2Pt1.1Ge2.9and its relation to otherAlB2

Evolution of Physical Properties of RE3Ni5Al19Family (RE = Y, Nd, Sm, Gd, Tb, Dy, Ho, and Er)

“…The single ion anisotropy, absent in the case of Gd, plays an important role in formation of the magnetically ordered state in various rare‐earth intermetallic systems. [ 25,26 ]…”

“…The single ion anisotropy, absent in the case of Gd, plays an important role in formation of the magnetically ordered state in various rare-earth intermetallic systems. [25,26] The n onmagnetic counterpart Y 3 Ni 5 Al 19 did not exhibit any transitions in the electrical transport measurement (Figure S3, Supporting Information); the drop of resistance visible at about 170 K results from cracking of the silver epoxy used for fixing the electrical leads). Figure 14 shows C p /T versus T 2 in the low temperature region of Y 3 Ni 5 Al 19 .…”