Structural and electrical properties of (La0.5 Li0.5)[Ti1-x(Al0.5 Nb0.5)x]O3 perovskite-like oxides with increasing x at x ≤ 0.5 was established due to
crystal lattice compression increased by the presence
Resonance absorption of ultrasound due to rotational lattice vibrations form with allowance for rotational vibrations of the
crystal lattice. The specific form
Folding in FCC metal single crystals under compressionResults of the analysis of folding during
compression deformation of metals with fcc
lattice Resonance absorption of ultrasound due to rotational lattice vibrations form with allowance for rotational vibrations of the
crystal lattice. The specific form
Macrosegmentation and strain hardening stages in copper single crystals under compression reorientation has been revealed to rotate the crystalline
lattice around the [110] axis. The single
crystal has
Magnetic and magnetoelastic properties of LiDyF4 single crystals-bridge method. A giant
compression of the
crystal lattice up to 0.1% was observed in the magnetic field of 1
The Effect of Compressive and Tensile Strains on the Electron Structure of Phosphorene and tensile stresses on the phosphorene
crystal lattice are determined. It is found that phosphorene can