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PHYSICAL METHODS OF INVESTIGATION Dielectric Constant and Relaxation in Cesium Formate and Cesium Propionate Aqueous Solutions D. V. Loginova , A. S. Lileev , A. K. Lyashchenko , K. S. Ivanova , and V.S. Kharʼkin Kurnakov Institute of ...
PHYSICAL METHODS OF INVESTIGATION Dielectric Constant and Relaxation in Cesium Formate and Cesium Propionate Aqueous Solutions D. V. Loginova , A. S. Lileev , A. K. Lyashchenko , K. S. Ivanova , and V.S. Kharʼkin Kurnakov Institute of ...
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The stability constant of MoO3Y2 - complex is calculated by combining the protonation constants of glutamic acid with the formation constants of the complexes : 0.899 -105250 -947 362.16 0.839 -106188 -947 365.42 T = 20 ° C 1.000 ...
The stability constant of MoO3Y2 - complex is calculated by combining the protonation constants of glutamic acid with the formation constants of the complexes : 0.899 -105250 -947 362.16 0.839 -106188 -947 365.42 T = 20 ° C 1.000 ...
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Neither the dispersion depth nor the dielectric constant changes until samples are heated to temperatures above ~ 340 K , but the dielectric relaxation time shows a temperature dependence satisfying the Arrhenius law : 680 640 T ( T ) ...
Neither the dispersion depth nor the dielectric constant changes until samples are heated to temperatures above ~ 340 K , but the dielectric relaxation time shows a temperature dependence satisfying the Arrhenius law : 680 640 T ( T ) ...
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Vol 48 No 9 | 1280 |
Simultaneous English language translation of the journal is available from MAIK NaukaInterperiodica Russia | 1446 |
Vol 48 No 11 2003 | 1615 |
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absorption acid activation analysis angles anions atoms band bismuth bond bond lengths calculated cations Chem chemical Chemistry complex components composition compounds concentration constant containing coordination Copyright corresponding crystal crystal structure curves decreases determined diagram distances effect electronic energy experimental field formation formed heating hydrogen increases Inorganic intensity interaction ions Khim layer ligand Mater measured melting metal method mixture molecules Moscow Neorg Note observed obtained Original oxidation oxygen parameters patterns phase Physics points positions prepared presented properties range ratio reaction REFERENCES refined reflections region respectively Russian salt samples Sciences shifts shown shows signals sodium solid solutions solubility space space group spectra spectrum stability structure studied synthesis Table temperature thermal tion transition Translation values vibrations X-ray diffraction