Russian Journal of Inorganic Chemistry, Tập 11,Phần 2British Library Lending Division with the cooperation of the Royal Society of Chemistry, 1967 |
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... chemical potential of water in the eutonic solution . = At 25 ° , po 5.34 mmHg , A = -2.65 0.03 kcal mole - 1 . According to published data 6,7 , △ H = -8.368 kcal mole - 1 and AS - 19.3 cal mole1 deg - 1 . Calculation of the Chemical ...
... chemical potential of water in the eutonic solution . = At 25 ° , po 5.34 mmHg , A = -2.65 0.03 kcal mole - 1 . According to published data 6,7 , △ H = -8.368 kcal mole - 1 and AS - 19.3 cal mole1 deg - 1 . Calculation of the Chemical ...
Trang 1264
... chemical potential of lithium nitrate was calculated by the Gibbs - Duhem equation : αμι = - I3 21 dus . ( 10 ) 05 ... chemical potential of nitric acid is deter- mined with greater error as its concentration in the solu- tion diminishes ...
... chemical potential of lithium nitrate was calculated by the Gibbs - Duhem equation : αμι = - I3 21 dus . ( 10 ) 05 ... chemical potential of nitric acid is deter- mined with greater error as its concentration in the solu- tion diminishes ...
Trang 1531
... chemistry . Inorganic chemistry is becoming to an increasing extent the science of the structure of matter and the nature of the chemical bond . It is to be expected that in the near future all the physical and chemical properties of ...
... chemistry . Inorganic chemistry is becoming to an increasing extent the science of the structure of matter and the nature of the chemical bond . It is to be expected that in the near future all the physical and chemical properties of ...
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A RESHETNIKOV | 797 |
A TSIMMERGAKL and G V LAVROVA | 860 |
THE PAGE NUMBERS | 941 |
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absorption bands Akad alkali metal ammonia ammonium analysis anhydrous anion aqueous solutions atoms bond caesium calculated carbonate cations Chem chemical chloride cm-¹ complex formation composition compounds concentration constant coordination corresponding crystallisation crystals decomposition determined diagram endothermic endothermic effect equation equilibrium erbium europium eutectic extraction fluoride formed germanium H₂O hafnium hydrated hydrochloric acid hydrogen hydroxide increase infrared Inorg ionic ions isotherm kcal Khim ligand liquid lithium melt method mixture molar mole molecules Moscow Nauk SSSR Neorg nickel niobium nitrate nitric acid obtained optical density oxide perchlorate plexes potassium precipitate prepared pyridine range ratio reaction reagent rhodium rubidium Russ ruthenium salt scandium shows sodium solid phase solu solubility specimen stability structure studied sulphate sulphuric acid Table temperature ternary tetrahydroborate thermal thermogram thermogravimetric thiocyanate thorium tion titanium values X-ray yttrium Zhur zirconium