Russian Journal of Inorganic Chemistry, Tập 33,Trang 1-618Chemical Society, 1988 |
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Trang 51
... decrease in r is due to the decrease in the pH of the solution , since metavanadate can be produced only from acidic ions . The data in the Table show that the proportion of mono- vana date ions decreases with time , and the proportion ...
... decrease in r is due to the decrease in the pH of the solution , since metavanadate can be produced only from acidic ions . The data in the Table show that the proportion of mono- vana date ions decreases with time , and the proportion ...
Trang 193
... decrease in the reactivity of complexes may lead to effective light - trans- formation of ultraviolet radiation into the visible range ( lumi- nescence of the metal ions ) , and a smaller fraction of the excitation energy will be used ...
... decrease in the reactivity of complexes may lead to effective light - trans- formation of ultraviolet radiation into the visible range ( lumi- nescence of the metal ions ) , and a smaller fraction of the excitation energy will be used ...
Trang 288
... decrease in tempera- ture . Thus Heff is 4.85 B.M. at room temperature , and decreases to 4.66 B.M. at 80 K. To investigate the reasons for this decrease , the series of coordination compounds given in the Table was studied . Compounds ...
... decrease in tempera- ture . Thus Heff is 4.85 B.M. at room temperature , and decreases to 4.66 B.M. at 80 K. To investigate the reasons for this decrease , the series of coordination compounds given in the Table was studied . Compounds ...
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CONTENTS | 1 |
Transformations in the LaCuH system | 10 |
The preparation and electrical properties of various | 17 |
Bản quyền | |
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1986 Translated absorption acid acrolein Akad alkali metal anion bands bond calculated cation Chem Chemistry chloride chromium(III cm-¹ cm¹ cobalt(II complex formation components composition compounds concentration containing coordination copper(II corresponding crystal crystallisation curves decrease determined electron endothermic ethanol experimental extraction Figure fluoride formed groups H₂O heating hydrate hydrogen increase infrared spectra Inorg Inorganic ionic ions iron(III isotherms Khim Khimiya lanthanide lanthanum lattice ligand lithium mass melting method mixture mole Moscow Nauk SSSR Neorg nickel(II nitrogen obtained oxide parameters phosphate physicochemical plexes potassium precipitate present protons range reaction rhodium(III rubidium Russ Russ.J salt shows sodium solid phase solid solutions solubility specimens spectrum stability constants structure studied sulphate synthesis temperature ternary thermal analysis thermal decomposition Thio tion titration Translated from Zhurnal values vibrations water molecules wavenumbers X-ray diffraction X-ray diffraction patterns Zhur Zhur.Neorg Zhurnal Neorganicheskoi Khimii