Russian Journal of Inorganic Chemistry, Tập 29,Số phát hành 1-6British Library Lending Division with the cooperation of the Royal Society of Chemistry, 1984 |
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... range 0.5-4 M is probably due to the fact that under these conditions there is an increase in the SO ion ... range of existence of anhydrous vanadium ( V ) oxide corresponds to a narrow band along the abscissa . With increase in the ...
... range 0.5-4 M is probably due to the fact that under these conditions there is an increase in the SO ion ... range of existence of anhydrous vanadium ( V ) oxide corresponds to a narrow band along the abscissa . With increase in the ...
Trang 826
... range 200-1000 cm1 is similar to that obtained in this wavenumber range in the present work , but slight differences are observed in the experi- mentally measured values of the wavenumbers of infrared and Raman bands ( see Table ) . The ...
... range 200-1000 cm1 is similar to that obtained in this wavenumber range in the present work , but slight differences are observed in the experi- mentally measured values of the wavenumbers of infrared and Raman bands ( see Table ) . The ...
Trang 901
... range of existence of the solid solutions based on CdTe ( < 0.5 mole % Bi2Te ) and based on Bi2Te ( ~ 1 mole % CdTe ) . The section CdTe - BiTe intersects the fields of the primary crystallisation of cadmium telluride and bismuth ...
... range of existence of the solid solutions based on CdTe ( < 0.5 mole % Bi2Te ) and based on Bi2Te ( ~ 1 mole % CdTe ) . The section CdTe - BiTe intersects the fields of the primary crystallisation of cadmium telluride and bismuth ...
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COORDINATION Yu N Kukushkin 1 | 1 |
The study of complex formation in solution from | 12 |
The heat capacity and thermodynamic properties | 19 |
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Thuật ngữ và cụm từ thông dụng
absorption acid actinides Akad alkali metal analysis anion aqueous solutions atoms bands bond calculated cations Chem chemical chloride cm¹ complex formation composition compounds concentration constants coordination corresponding crystal crystallisation curve D.I.Mendeleev decrease determined electronic elements endothermic energy equilibrium europium experimental fluorides formed gallium germanium H₂O heating hydration hydride hydrogen increase infrared spectra Inorg interaction investigated ionic ions iron(III jarosite kcal Khim Khimiya lanthanide lattice ligands liquid manganese(III melts Mendeleev method mole mole¹ molybdenum Moscow Nauk SSSR Neorg nitrogen observed obtained oxide oxygen parameters Periodic Law Periodic System phase Phys platinum(II potassium precipitate properties ratio reaction Russ Russ.J salts shows sodium solid solutions solubility specimens spectrum stability structure studied sulphate synthesis Table temperature thermal decomposition thermodynamic tion transition metal Translated from Zhurnal Translated into Russian values vanadium water molecules wavenumbers X-ray diffraction Zhur Zhur.Neorg Zhurnal Neorganicheskoi Khimii