Zero-field specific heats of the single crystals R Ni 2 B 2 C (R= Er, Ho, Dy, Tb, Gd) were
measured within the temperature range 0.1 K< T< 25 K. Linearized spin-wave analysis was …

Using a capacitive dilatometer we investigated the magnetoelastic behaviour of single-
crystalline ErNi 2 B 2 C in the temperature range 1.8 K⩽ T⩽ 16 K and for external magnetic …

The existence of antiferromagnetism in rare-earth superconductors exhibits varieties of new
physical phenomena. Experiments have highlighted the magnetic specific heat anomalies in …

The book is devoted to the analysis of physical properties of RMB ternary compounds,
where R is a rare-earth or yttrium and M= Sc, Ti, V, Cr, Mn, Fe, Co and Ni, as well as of their …

We calculate the specific heat and susceptibility of rare earth magnetic superconductors in
the context of the Ginzburg–Landau theory. The specific heat and susceptibility are …

Abstract The R-Ni-B phase diagrams, where R is a rare earth and yttrium, evidenced the
presence of 27 series of ternary compounds. The number of compounds in each series is …

Neutron-diffraction measurements on Er 0.8 R 0.2 Ni 2 B 2 C (R= Tb, Lu) and Er Ni 1.9 Co
0.1 B 2 C have been carried out to investigate the influence of chemical doping on the …

Specific heat Cp of an ErNi2B2C single crystal was measured. In the absence of a magnetic
field, both antiferromagnetic (AF) and weak ferromagnetic transitions were observed as a …

We investigated the magnetism, superconductivity and their interplay in single crystals Er 0.8
R 0.2 Ni 2 B 2 C (R= T b, L u) and ErNi 1.9 Co 0.1 B 2 C. In contrast to Co substitution, R …