Authors: Ermolaev, VL Sveshnikova, EB

Citation: Vl. Ermolaev et Eb. Sveshnikova, Application of luminescence methods in the study of the structure of aqueous electrolyte solutions, J MOL LIQ, 91(1-3), 2001, pp. 65-73

Authors: Ermolaev, VL Klenin, SI Sushko, ML Sveshnikova, EB

Citation: Vl. Ermolaev et al., Investigations of concentrated aqueous solutions of salts of electrolytes using light scattering method., J MOL LIQ, 91(1-3), 2001, pp. 75-79

Authors: Sveshnikova, EB Lanin, VE Krutineva, EV Ermolaev, VL

Citation: Eb. Sveshnikova et al., The nature of the effect of Gd(III) on fluorescence of Ln(III) chelates inwater solutions, OPT SPECTRO, 90(5), 2001, pp. 674-679

Authors: Sveshnikova, EB Lanin, VE Krutineva, EV Ermolaev, VL

Citation: Eb. Sveshnikova et al., A mechanism of the influence of Gd(III) and other Ln(III) ions on sensitized luminescence of Eu(III) and Tb(III) ions in aqueous and ethanol solutions: The role of hydroxyl bridges, OPT SPECTRO, 89(3), 2000, pp. 360-368

Authors: Sveshnikova, EB Dudar', SS Ermolaev, VL

Citation: Eb. Sveshnikova et al., Energy transfer between Ln(III) ions in aqueous solutions upon formation of labile binuclear fluoride and nitrate complexes of these ions, OPT SPECTRO, 88(6), 2000, pp. 875-882

Authors: Ermolaev, VL Sveshnikova, EB

Citation: Vl. Ermolaev et Eb. Sveshnikova, Inductive-resonant theory of nonradiative transitions for complex organic molecules in condensed phase, ACT PHY P A, 95(3), 1999, pp. 299-308