Russian Journal of Inorganic Chemistry, Tập 44,Trang 1-460British Library Lending Division with the cooperation of the Royal Society of Chemistry, 1999 |
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... shift of 60 nm for the absorption band with max = 455 nm in the orig- inal ligand was observed . It is known that this type of shift may be associated with a wedge - shaped structure for the sandwich [ 4 ] . However , such a substantial ...
... shift of 60 nm for the absorption band with max = 455 nm in the orig- inal ligand was observed . It is known that this type of shift may be associated with a wedge - shaped structure for the sandwich [ 4 ] . However , such a substantial ...
Trang 405
... shift should obey a linear law when passing from SnCl2 to SnF2 . Then , the averaged chemical shifts of the mixed tin chloride fluorides SnF1.33Cl0.67 L ( 2 : 1 ) , SnFCI L ( 1 : 1 ) , and SnF0.67C11.33 L ( 1 : 2 ) ( L = DMF , DMSO ) ...
... shift should obey a linear law when passing from SnCl2 to SnF2 . Then , the averaged chemical shifts of the mixed tin chloride fluorides SnF1.33Cl0.67 L ( 2 : 1 ) , SnFCI L ( 1 : 1 ) , and SnF0.67C11.33 L ( 1 : 2 ) ( L = DMF , DMSO ) ...
Trang 409
... shift . This temper- ature dependence of 119Sn NMR chemical shifts can be explained by a shift in the equilibrium ( reaction ( 4 ) ) to the left upon a decrease in temperature , i.e. , by a decrease in the degree of dissociation of ...
... shift . This temper- ature dependence of 119Sn NMR chemical shifts can be explained by a shift in the equilibrium ( reaction ( 4 ) ) to the left upon a decrease in temperature , i.e. , by a decrease in the degree of dissociation of ...
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HighTemperature Superconductors | 1 |
Hydration and Thermal Stability of Silver and Rubidium Salts | 9 |
Mechanism of the Thermal Oxidation of Gallium Arsenide | 15 |
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absorption bands acid analysis angles anion atoms bismuth bond lengths calcd calculated CaO2 cations Chem chemical shift chloride cm-¹ complexes composition concentration copper(II corresponding crystal structure curve decomposition decrease determined diffraction patterns electron energy English Translation Copyright equation equilibrium eutectic experimental extraction formation H NMR H₂O heating hydrogen bonds increase indium(III Inorg Inorganic Chemistry interaction ions Khim ligand lithium MAHK Hayka/Interperiodica melting metal method mixtures mol/l Moscow Nauk Neorg nitrogen atoms NMR spectra obtained octahedral Original Russian Text oxide oxygen atoms palladium(II phase diagram plexes polyhedra protons range ratio reaction Russia Received Russian Academy Russian Journal Russian Text Copyright salts samples signals sodium solid solutions solubility solvent space group spectrum studied sulfur synthesis Table tantalum(V thermal tion titration TMEDA ture unit cell unit cell parameters values vanadium(V X-ray diffraction X-ray powder diffraction