Russian Journal of Inorganic Chemistry, Tập 27,Trang 915-1829Chemical Society., 1982 |
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Kết quả 1-3 trong 84
Trang 1282
... concentration of the ligand in the solution was taken to be equal to the concentration of the non - protonated form of bipy or phen , since even under these conditions the concentration of this form significantly exceeded the concentration ...
... concentration of the ligand in the solution was taken to be equal to the concentration of the non - protonated form of bipy or phen , since even under these conditions the concentration of this form significantly exceeded the concentration ...
Trang 1519
... concentration . decrease in the HCl concentration in the liquid phase with a high SnCl concentration at the end of the distillation leads to hydrolysis of tin ( IV ) chloride with release of hydrogen chloride . Despite the total loss of ...
... concentration . decrease in the HCl concentration in the liquid phase with a high SnCl concentration at the end of the distillation leads to hydrolysis of tin ( IV ) chloride with release of hydrogen chloride . Despite the total loss of ...
Trang 1797
... concentration triangle into secondary ones3 . Let us consider a concentration triangle with vertices ADG ( Fig . 1 ) . We will assume that at the vertices of this triangle there are simple or more complex metal oxides with the same type ...
... concentration triangle into secondary ones3 . Let us consider a concentration triangle with vertices ADG ( Fig . 1 ) . We will assume that at the vertices of this triangle there are simple or more complex metal oxides with the same type ...
Nội dung
COORDINATION properties of uranyl coordination compounds 915 1619 | 915 |
Refinement of the lattice parameters of | 931 |
Journal | 1221 |
Bản quyền | |
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absorption acetic acid Akad anhydrous anions aqueous solution atoms bands bonds caesium calculated cation Chem chemical chloride cm-¹ cm¹ cobalt(II complex formation composition compounds concentration coordination copper(II corresponding crystallisation crystals curves decrease dehydration determined dissociation electronic endothermic enthalpy equilibrium diagram erbium ethanol experimental extraction Figure formed H₂O heating hydrated hydrogen increase infrared spectra Inorg Inorganic Chemistry interaction investigation ions isothermal Khim Khimiya lanthanide lanthanum ligand liquid manganese(II melt metal method mixture mole mole¹ molecules Moscow Nauk SSSR neodymium Neorg nitrate obtained oxide oxygen phosphate potassium precipitate present protons pyridine range ratio reaction rhodium(III Russ salt shows sodium solid solutions solubility solvation solvent specimens spectrum structure studied sulphate synthesis temperature thermal analysis thermal decomposition thermodynamic tion Translated from Zhurnal uranyl values vanadium(V vibrations wavenumbers X-ray diffraction X-ray diffraction patterns ytterbium Zhur Zhur.Neorg Zhurnal Neorganicheskoi Khimii