CaRuO3is not a paramagnetic material

Muon spin relaxation and susceptibility measurements of an itinerant-electron system Sr1−xCaxRuOGat-Malureanu1, Carlo2, Goko3 et al. 2011Phys. Rev. B21090View full textAdd to dashboardCite

“…The re- sults, shown at the top of Fig. 6, are consistent with those reported in earlier studies 11,26,38,41 . The present results on 1/T 1 are also consistent with the SCR theory, in which the muon spin relaxation time T 1 is related to the uniform susceptibility χ in the following way:…”

Magnetic studies of Ca1–xMxRuO3 (M=La and Sr)

“…In contrast to CaRuO 3 (see Fig.1 inset), the isothermal magnetization curves at 5 K (up to 50 kOe) for both samples are linear, without any irreversibility (Fig.3 inset). This indicates that: (i) both samples are anti- 3 , is disrupted by disorder. The charge compensation mechanism leads to the decrease of the net magnetic moment of the Ru site and to the systematic decrease in the magnetic transitions.…”

“…One class of oxides that has attracted renewed interest is the family of orthorhombic perovskite CaMO 3 Mössbauer spectrum measured at 4.1 K [1]. The high and low temperature resistivity results indicate that CaRuO 3 is a non-Fermi liquid metal [2].…”

“…The high and low temperature resistivity results indicate that CaRuO 3 is a non-Fermi liquid metal [2]. On the other hand, based on magnetic studies of ceramic and single crystal CaRuO 3 samples, we have demonstrated that irreversibility appears in the zero-field-cooled (ZFC) field-cooled (FC) magnetization curves, only when measured at low applied magnetic fields [3]. For ceramic samples, a very small hysteresis loop opens at 5 K, and the remanent magnetization of 1.6 emu/mol decreases with temperature and disappears at T C~ 87 K. T C is determined as the temperature at which the remanent magnetization disappears.…”

Preparations of CaRuO<SUB>3</SUB> Body by Plasma Sintering and Its Thermoelectric Properties

“…2) ARuO 3 (A = Ca and Sr) compounds show metallic electrical conductivity, [1][2][3] associating with delectrons from the three-dimensional network corner-sharing RuO 6 octahedra. SRO can be ferromagnetic below 165 K whereas CRO has not been confirmed to be either para-or ferro-magnetic material.…”