M.I. Bartashevich

TL;DR: In this article, the magnetic properties and thermal expansion of DyFe11Ti were investigated in the temperature range 4.2-800 K. The magnetic ordering and spin reorientation are accompanied by large magnetostrictive deformations.

TL;DR: Mn2Sb is a ferrimagnet, and substitution of Co or Cr for Mn above the critical concentration results in the appearance of a spontaneous first-order magnetic phase transition from ferrimagnetic (FRI) to antiferromagnetic (AF) with decreasing temperature below Tt.

TL;DR: In this paper, a large deviation from linearity is observed in the concentration dependence of lattice parameters, positive for a and negative for c, whereas the unitcell volume V obeys Vegard's law satisfactorily.

TL;DR: The magnetic phase diagram of the NdCu 2 antiferromagnet was established using magnetization and magnetoresistivity measurements on a single crystal as mentioned in this paper, and the magnetization isotherms in the paramagnetic state just above the Neel temperature (T N = 6.3K) were described through an effective spin S=½ Hamiltonian.

TL;DR: In this article, it has been shown that the modulated antiferromagnetic structure which exists in Tb3Co below 82 K transforms to the incommensurate magnetic structure with a strong ferromagnetic component along the c-axis with further cooling below the critical temperature Tt≈72 K.