12010-47-8Relevant articles and documents
Supercooling of In2Bi and InBi melts
Aleksandrov,Frolova
, p. 227 - 230 (2008/10/09)
The effect of melt overheating ΔT+ on the critical supercooling ΔT- of liquid In2Bi and InBi is studied by cyclic thermal analysis. It is shown that, the ΔT- for In2Bi is ?2.0 K, independent of the me
Superconductivity and crystallographic transitions of InBi under pressure
Tissen,Degtyareva,Nefedova,Ponyatovskii,Holzapfel
, p. 7303 - 7308 (2008/10/08)
Measurements of the superconducting transition temperature Tc of the compound InBi under pressures up to 40 GPa reveal three different regions corresponding to the observed structural transitions I-II-III from the initial phase I of InBi type (t P4) to phase II of β-Np type (t P4) and to a body-centred tetragonal phase III (t 12). Some similarities and distinct differences in the superconducting and structural behaviour of the III-V compound InBi in comparison with the isoelectronic group IV element Sn point to some differences in the possible mechanisms for the crystallographic transformations under pressure.
Rietveld X-ray powder analysis of InBi crystalline structure at low temperatures
Kubiak,Janczak
, p. 117 - 119 (2008/10/08)
The dependence of the InBi crystalline structure on temperature (between 300 and 15 K) has been refined by the Rietveld method from X-ray powder diffraction data. The ranges of the lattice parameters (a and c) and the free parameter of the Bi atom (z) in the above temperature range are 5.0101(3)-4.9589(3) angstroms, 4.7824(3)-4.8396(3) angstroms and 0.3993(7)-0.3918(7) respectively.