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Trang 1875
THEORETICAL INORGANIC CHEMISTRY Enthalpy of Hydration of the Actinide Ions ( An3 + ) as Derived from Structural Thermodynamic Theory S. P. Ionov and N. T. Kuznetsov Kurnakov Institute of General and Inorganic Chemistry , Russian Academy ...
THEORETICAL INORGANIC CHEMISTRY Enthalpy of Hydration of the Actinide Ions ( An3 + ) as Derived from Structural Thermodynamic Theory S. P. Ionov and N. T. Kuznetsov Kurnakov Institute of General and Inorganic Chemistry , Russian Academy ...
Trang 1894
Enthalpies of atomization for YbCl2 ( in kJ / mol ) Source Measurement method 4 , H998 A cH ° ( 0 ) Vapor pressure 849.3 844.8 [ 24 ] ( 25 ) Vapor pressure 841.0 ... One needs to know the enthalpy of formation AH , Δ ( YbCl2 , cr . ) ...
Enthalpies of atomization for YbCl2 ( in kJ / mol ) Source Measurement method 4 , H998 A cH ° ( 0 ) Vapor pressure 849.3 844.8 [ 24 ] ( 25 ) Vapor pressure 841.0 ... One needs to know the enthalpy of formation AH , Δ ( YbCl2 , cr . ) ...
Trang 1896
The mean of these eight values is the recommended , most reliable result for the enthalpy of the atomization : 42H298 ( YbCl2 ) = 850.7 † 2.8 kJ / mol . The calculations from this value of the enthalpy of sublimation yield a value of ...
The mean of these eight values is the recommended , most reliable result for the enthalpy of the atomization : 42H298 ( YbCl2 ) = 850.7 † 2.8 kJ / mol . The calculations from this value of the enthalpy of sublimation yield a value of ...
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22nd International Chugaev Conference on Coordination Chemistry | 1634 |
Vol 49 No 11 | 1636 |
Synthesis and Study of the ASIUO6 nH20 Compounds A Sr Ba | 1640 |
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acid analysis angles anion appear atoms band bond calculated carbon cations Chem chemical Chemistry chloride complex components composition compounds concentration constant containing coordination Copyright corresponding crystal Crystal Structure curves decrease described determined dimers distance effect electron elements energy enthalpy equilibrium experimental formation formed function glasses heating increase Inorg Inorganic intensity interaction ions Khim kJ/mol ligand luminescence measured metal method mixture molecules Moscow Neorg observed obtained oxide oxygen parameters phase Phys Physics points polymer positions potential powder precipitate prepared presented pressure processing properties range ratio reaction reagents REFERENCES refined reflections region respectively Russ Russian samples Sciences shows solid solubility solution solvents space group spectra spectrum structure studied sublimation Synthesis Table temperature thermal tion unit values vapor vibrations X-ray diffraction