Russian Journal of Inorganic Chemistry, Tập 38,Trang 363-1010Chemical Society., 1993 |
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Kết quả 1-3 trong 75
Trang 644
... melting temperature of ZrO2 agrees with the 2983 ± 15 K shown in the reference data [ 4 ] within the experimental error , whereas Tmelt ( HfO2 ) = 3173 K [ 3 ] essentially differs from the reference value of 3073 ± 25 K [ 4 ] . The melting ...
... melting temperature of ZrO2 agrees with the 2983 ± 15 K shown in the reference data [ 4 ] within the experimental error , whereas Tmelt ( HfO2 ) = 3173 K [ 3 ] essentially differs from the reference value of 3073 ± 25 K [ 4 ] . The melting ...
Trang 653
... melting binary compound 3Li2M004 · LIBO2 . Lines of secondary separation meet at peritectic ( P ) and eutectic ( E ) points . Low - melting compositions of prac- tical interest were found . We were the first to study the binary system ...
... melting binary compound 3Li2M004 · LIBO2 . Lines of secondary separation meet at peritectic ( P ) and eutectic ( E ) points . Low - melting compositions of prac- tical interest were found . We were the first to study the binary system ...
Trang 656
... melts at 137 ° C and contains 64.5 % TINO3 [ 1 ] . The system TINO , -LINO , is also of a eutectic type ; the eutectic corresponding to 28 % TINO , and melts at 132 ° C . The system LiNO3 - Ca ( NO3 ) 2 has a eutectic melting at 236 ° C ...
... melts at 137 ° C and contains 64.5 % TINO3 [ 1 ] . The system TINO , -LINO , is also of a eutectic type ; the eutectic corresponding to 28 % TINO , and melts at 132 ° C . The system LiNO3 - Ca ( NO3 ) 2 has a eutectic melting at 236 ° C ...
Nội dung
Vol 38 No 3 | 363 |
Thermodynamic Determination of the Homogeneity Range of Indium Arsenide | 376 |
Synthesis and Physicochemical Properties of the 78Dicarbanidoundecaborane11 Adducts | 390 |
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absorption according acid allows analysis angles anion aqueous atoms band binary bismuth bond calculated cations Chem chemical Chemistry cm-¹ complexes components composition compounds concentration constant containing coordination Copyright corresponding crystal curves decrease dependence described determined distances effect electron elements energy equal equilibrium experimental formation H₂O heating increase indicates initial Inorganic intensity interaction Interperiodica ions Khim Khimii layer leads lengths ligand lines measured melting metal method mixture mol/l molecules Moscow Neorg observed obtained Original oxide oxygen parameters patterns phase Phys position possible precipitate prepared present properties range ratio reaction REFERENCES reflections region respectively Russian salts samples Sciences shows similar solid solubility solutions space group spectra spectrum stability structure studied synthesis Table temperature ternary thermal tion transition values vibrations X-ray diffraction