Russian Journal of Inorganic Chemistry, Tập 39,Số phát hành 9-12British Library Lending Division with the cooperation of the Royal Society of Chemistry, 1994 |
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... Praseodymium Chloride in Aqueous Solution at 0 ° C G. V. Rodicheva , N. M. Romanova , and V. P. Orlovskii Kurnakov Institute of General and Inorganic Chemistry , Russian Academy of Sciences , Leninskii pr . 31 , Moscow , 117907 Russia ...
... Praseodymium Chloride in Aqueous Solution at 0 ° C G. V. Rodicheva , N. M. Romanova , and V. P. Orlovskii Kurnakov Institute of General and Inorganic Chemistry , Russian Academy of Sciences , Leninskii pr . 31 , Moscow , 117907 Russia ...
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... praseodymium triphosphates . For Prs ( P3010 ) 3 25H2O anal . calcd . ( % ) : Pr , 36.82 ; P , 14.57 ; H2O , 23.52 ... praseodymium triphosphates . The DTA heating curve of neutral triphosphate I ( Fig . 2a ) displays two endothermal ...
... praseodymium triphosphates . For Prs ( P3010 ) 3 25H2O anal . calcd . ( % ) : Pr , 36.82 ; P , 14.57 ; H2O , 23.52 ... praseodymium triphosphates . The DTA heating curve of neutral triphosphate I ( Fig . 2a ) displays two endothermal ...
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... praseodymium triphosphate proceeds as follows : · NaPr3 ( P3010 ) 2 12H2O = 12H2O + NaPO3 + Pr ( PO3 ) 3 + 2PгPO4 ... praseodymium ortho- phosphate and a melt of sodium polyphosphate NaPO3 . The latter is well soluble in water and can be ...
... praseodymium triphosphate proceeds as follows : · NaPr3 ( P3010 ) 2 12H2O = 12H2O + NaPO3 + Pr ( PO3 ) 3 + 2PгPO4 ... praseodymium ortho- phosphate and a melt of sodium polyphosphate NaPO3 . The latter is well soluble in water and can be ...
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Synthesis and Properties of Inorganic Compounds | 1345 |
Synthesis and Study of Ternary Molybdates of Lithium Thallium and RareEarth Elements | 1353 |
HighTemperature Modification of Calcium Ultraphosphate αCaP4011 | 1364 |
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absorption bands acid ammonium analysis anion aqueous arsenic bond calcium peroxide calculated CaO2 cation Chem chemical chloride cm-¹ cobalt(II complexes components composition compounds concentration constants copper(II corresponding crystals curve decomposition decrease determined diffraction patterns electron English Translation Copyright equation equilibrium eutectic exhibit experimental extraction formation gas phase H₂O Hayka/Interperiodica Publishing Russia heating hydrogen increase indium indium(I Inorg Inorganic Chemistry interaction ions iron(III Khim ligand MAHK Hayka/Interperiodica Publishing melting metal methanol method mixture mol/l Moscow NaCl Nauk SSSR Neorg nickel(II nitrate obtained Original Russian Text oxide parameters PbTe phase diagram phosphorus trifluoride physicochemical plexes praseodymium precipitate rare-earth ratio reaction Russia Received Russian Academy Russian Text Copyright salts samples SnO2 sodium solid phase solid solutions solubility spectra spectrum stability structure studied synthesis Table temperature ternary thermal thermodynamic tion trans values vibrations water molecules X-ray diffraction X-ray powder diffraction zirconium