Russian Journal of Inorganic Chemistry, Tập 14,Phần 2British Library Lending Division with the cooperation of the Royal Society of Chemistry, 1969 |
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... kcal per mole TiCl2 and does not depend on temperature below 810 ° C . As the temperature is raised it falls to 3.0 kcal mole - 1 at 850 ° C and 0.2 kcal mole - 1 at 900 ° C . Its variation with tempera- ture can be expressed by the ...
... kcal per mole TiCl2 and does not depend on temperature below 810 ° C . As the temperature is raised it falls to 3.0 kcal mole - 1 at 850 ° C and 0.2 kcal mole - 1 at 900 ° C . Its variation with tempera- ture can be expressed by the ...
Trang 1090
... ( kcal mole1 ) are given in Fig . 3 : curve 1 gives the heat of for- mation for the preparation with the ... kcal mole - 1 21 30 3 20 The value of Q below 780 ° C is 31.6 kcal mole1 and is independent of temperature ; with increase in ...
... ( kcal mole1 ) are given in Fig . 3 : curve 1 gives the heat of for- mation for the preparation with the ... kcal mole - 1 21 30 3 20 The value of Q below 780 ° C is 31.6 kcal mole1 and is independent of temperature ; with increase in ...
Trang 1765
... kcal per mole Heat liberated per mole of NaOH , kcal pH of solution of acid 12340 5.79 5.79 6.00 10.85 5.14 6.85 14.92 4.07 6.85 19.03 4.11 6.85 19.10 0.016 ( mean value for the 5th - 10th moles ) * The thermal effects given in Table 1 ...
... kcal per mole Heat liberated per mole of NaOH , kcal pH of solution of acid 12340 5.79 5.79 6.00 10.85 5.14 6.85 14.92 4.07 6.85 19.03 4.11 6.85 19.10 0.016 ( mean value for the 5th - 10th moles ) * The thermal effects given in Table 1 ...
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Akad alkali ammonium analysis anion aqueous solutions atoms barium bond caesium calcium calcium nitrate calculated carbonate cerium Chem chemical Chemistry cm-¹ complex formation components composition compounds concentration coordination corresponding crystallisation crystals curve decomposition density determined diagram dissociation electronic elements endothermic endothermic effect equilibrium eutectic experimental extraction Figure fluoride formed H₂O heating hydrate hydrochloric acid hydrogen hydroxide increase infrared infrared spectra Inorg interaction investigated ions iron(III isotherms kcal Khim lanthanides lanthanum ligand liquid mass melts metal methanol method mixture mole mole¹ molecules Moscow Nauk SSSR neodymium Neorg niobium nitrate obtained oxide chloride phosphate plexes potassium potentiometric precipitate pyridine range reaction rubidium Russ salt saturated shows sodium sodium chloride solid phases solid solutions solu solubility specimens spectrum stability constants structure studied sulphate Table temperature ternary thermal thermogram tion titanium values vibrations X-ray diffraction yttrium Zhur zirconium