We have investigated the spin and oxidation states of Co in Co 3 BO 5 using x-ray magnetic
circular dichroism (XMCD) and dc magnetic susceptibility measurements. At low …

Ludwigites is a type of oxyborates compounds with BO3 groups, which have low‐
dimensional elements: stairs, zigzag walls, tapes. Such structural features influence on the …

We observe for the first time a structural phase transition in the oxyborate Fe 3 O 2 BO 3
which occurs along three leg ladders present in this material. X-ray diffraction shows that this …

There are two known ludwigites containing a single transition metal element, Fe 3 O 2 BO 3
and Co 3 O 2 BO 3. The structure of these materials has low-dimensional units in the form of …

We report on the thermodynamic, magnetic properties and the magnetic structure of
ludwigite-type Cu 2 MnBO 5. The specific heat, low-field magnetization and paramagnetic …

We present an extensive study of the structural, magnetic, and thermodynamic properties of
the oxyborate Co 3 O 2 BO 3. This is carried out through x-ray diffraction, static and dynamic …

The heterometallic ludwigite system Fe 3− x Mn x BO 5, recently investigated for its
ferroelectric properties, has been studied using synchrotron and neutron diffraction …

Spin-state ordering—a periodic pattern of ions with different spin-state configurations along
a crystal lattice—is a rare phenomenon, and its possible interrelation with other electronic …

We present an extensive study of the structural, magnetic, and thermodynamic properties of
the two heterometallic oxyborates: Co 2 FeO 2 BO 3 and Ni 2 FeO 2 BO 3. This has been …

The ludwigite Co 5 Sn (O 2 BO 3) 2 was studied using x-ray diffraction, Mössbauer
spectroscopy, and magnetic and thermodynamic measurements. This material belongs to a …