Thermal expansion anisotropy of CuIn11Se17 single crystals
of the
obtained single crystals were determined by the X-ray microanalysis and the X-ray diffraction analysis
Temperature dependence of AgIn13S20 single crystal band gapBodnar, I. V.,
Feschenko, A. A.,
Khoroshko, V. V.,
Pavlovskii, V. N.,
Svitsiankou, I. E.,
Yablonskii, G. P. of the
obtained single crystals were estimated from transmittance spectra in the temperature range of 10-320 K
Выращивание монокристаллов Cu2ZnGeS4. Their composition and
crystal structure were determined. It was shown that the
obtained single crystals crystallize Possibility of deflecting relativistic-ion beams by bent single crystalsThe propagation of high-energy ions through a bent
single crystal near a crystallographic axis
Temperature dependence of the band gap of AgIn7S11 single crystalsBodnar, I. V.,
Feshchanka, A. A.,
Khoroshko, V. V.,
Pavlovskii, V. N.,
Svitsiankou, I. E.,
Yablonskii, G. P. of the
obtained
single crystals is determined by X-ray microprobe analysis as well as the
crystal structure
Crystal Structure of Na2[OsCl6] hydrochloric acid. According to the
single crystal X-ray diffraction data, the substance
crystallizes Optical spectroscopy of Yb3+ in the Cs2NaYF6 single crystal in the Cs2NaYF6
single crystal are presented. The Stark level energies of the Yb3+ multiplets
EPR and optical spectroscopy of the Tm 2+ ion in the KMgF 3 single crystalParamagnetic Tm 2+ ion centers in the KMgF 3
single crystal have been studied by electron