Infrared Reflection Spectra of (FeIn2S4)x∙(In2S3)1–x Solid Solutions∙(In2S3)1–x grown by the method of
direction melt
crystallization (vertical Bridgman method
Wavelet-based two-grid numerical method of structural analysis with the use of discrete Haar basis is presented. This method allows boundary problems
solution of
structural mechanics with the matrix operators
Синтез монокристаллов оксобората CaGdO(BO3)3
по методу ЧохральскогоMöckel, Robert,
Hengst, Margitta,
Reuther, Christoph,
Götze, Jens,
Мёккл, Р.,
Хенгст, М.,
Рейтер, Х.,
Гётце, Й. ]
direction reveal regular growth, whereas
crystals in [010] are of asymmetric shape but show less
Tm,Ho:Ca(Gd,Lu)AlO4 crystals: Crystal growth, structure refinement and Judd-Ofelt analysisZhongben Pan,
Pavel Loiko,
Sami Slimi,
Hualei Yuan,
Yicheng Wang,
Yongguang Zhao,
Patrice Camy,
Dunina, E.,
Kornienko, A.,
Fomicheva, L. A.,
Li Wang,
Weidong Chen,
Uwe Griebner,
Petrov, V.,
Rosa Maria Sole,
Francesc Díaz,
Aguilo, Magdalena,
Xavier Mateos . The
segregation of rare-earth ions is studied. The
crystal structure is refined by the Rietveld method. Tm
Structural and electrical properties of (La0.5 Li0.5)[Ti1-x(Al0.5 Nb0.5)x]O3 perovskite-like oxides.1) solid
solutions with the perovskite
structure were studied. A decrease in the volume of the tetragonal