Russian Journal of Inorganic Chemistry, Tập 34,Trang 1-924Chemical Society., 1989 |
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... NaClO4 : Na2O 1 : 0.9 at 200-220 ° C and atmo- spheric pressure for 50 min led to sintering without gas liberation ; 0.40 NaClO4 was converted into NaClO3 , 0.02 into NaCl , and 0.47 Na2O into Na2O2 . Sintering the same mixture for 20 ...
... NaClO4 : Na2O 1 : 0.9 at 200-220 ° C and atmo- spheric pressure for 50 min led to sintering without gas liberation ; 0.40 NaClO4 was converted into NaClO3 , 0.02 into NaCl , and 0.47 Na2O into Na2O2 . Sintering the same mixture for 20 ...
Trang 553
... NaClO4.NaClO3 - I , with temperature 222 ° C and NaClO4 concentration 23.0 mol % . Table 1. Liquidus and solidus temperatures in the NaClO4- NaClO3 system . the degree of conversion can be achieved by melting the mixture and then ...
... NaClO4.NaClO3 - I , with temperature 222 ° C and NaClO4 concentration 23.0 mol % . Table 1. Liquidus and solidus temperatures in the NaClO4- NaClO3 system . the degree of conversion can be achieved by melting the mixture and then ...
Trang 554
... NaClO4 : NaCIO3 > 1 do not show lines due to NaClO4 . The lifetime of NaCIO4.NaClO3 - I ( cubic ) in the metastable state at room temperature is influenced by adding other substances . NaClO4.NaClO3 - I cannot be quenched at all in the ...
... NaClO4 : NaCIO3 > 1 do not show lines due to NaClO4 . The lifetime of NaCIO4.NaClO3 - I ( cubic ) in the metastable state at room temperature is influenced by adding other substances . NaClO4.NaClO3 - I cannot be quenched at all in the ...
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A covertocover translation of Zhurnal Neorganicheskoi Khimii January 1989 Volume 34 Number | 1 |
A covertocover translation of Zhurnal Neorganicheskoi Khimii February 1989 Volume 24 Number | 2 |
Change in molar volume during the neutralisation of solutions containing 9 16 | 9 |
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1987 Translated absorption acid Akad alkali metal anion aqueous solution atoms band bond caesium calculated carbon carboxylates cation Chem chemical Chemistry chloride chromium(III cm-¹ cm¹ complex formation composition compounds concentration configuration constant containing coordination copper(II corresponding crown ether crystallisation crystals curve decrease determined electronic endothermic endothermic effect equilibrium ethanol experimental extraction formed given in Table H₂O heating hydrogen hydroxide increase infrared spectra Inorg ions iron(II Khim Khimiya lanthanide ligand method mixture mmol molecules Moscow NaClO4 Nauk SSSR Neorg Neorganicheskoi Khimii 34 nickel(II obtained oxide oxygen parameters perchlorate phase potassium precipitates proton Raman range ratio reaction rhodium rhodium(II Russ ruthenium salts sodium solubility solvent specimens spectrum stoichiometric structure studied sulphate synthesis temperature thermal analysis thermal decomposition titration Translated from Zhurnal values vibrations wavenumbers X-ray diffraction X-ray diffraction patterns Zhur Zhurnal Neorganicheskoi Khimii zirconium