1960
DOI: 10.1002/hlca.19600430326
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Zur Polarographie von Niob und Tantal

Abstract: Citrat, Fluorid usw. enthielten 4). Bei Gegenwart von Athylenglykol sol1 Niob(V) sogar zur zweiwertigen Stufe reduziert werden 5). Leider ist nicht bekannt, in welche Forrm Niob und Tantal in diesen Liisungen vorliegen. Die in diesen wasserigen Systemen erhaltenen polarographischen Stufen sind meist stark irreversibel und die in den verschiedenen Arbeiten angegebenen Halbwellenpotentiale sind irlfolge der Unterschiede dcr Losungszusammensetzung und der Messanordnung nicht miteinander vergleichbar. Obschon aus … Show more

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Cited by 25 publications
(11 citation statements)
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“…In addition, the characteristic ability of this melt to dissolve most of the refractory metal oxides will greatly facilitate the quantitative analysis of those oxides (13). The ability to determine the exact melt composition by a nondestructive means, as well as to adjust the acidity of the melt to any desired value, makes this melt useful as a high temperature system in which to study numerous organic and inorganic reactions.…”
Section: [15]mentioning
confidence: 99%
“…In addition, the characteristic ability of this melt to dissolve most of the refractory metal oxides will greatly facilitate the quantitative analysis of those oxides (13). The ability to determine the exact melt composition by a nondestructive means, as well as to adjust the acidity of the melt to any desired value, makes this melt useful as a high temperature system in which to study numerous organic and inorganic reactions.…”
Section: [15]mentioning
confidence: 99%
“…G°oP(i,j) = 0, i t* j (i,j = [1][2][3][4][5][6][7][8][9][10][11][12][13][14][15][16][17][18] where mu and mo are the reciprocal masses of uranium and oxygen atoms, respectively. On the other hand, for obtaining the corresponding potential energy matrix F°op, we need a transformation matrix Bop which is defined by The Bop matrix is then calculated as shown in eq 3.…”
Section: Normal-coordinate Treatmentmentioning
confidence: 99%
“…Possible intermediate oxidation states between Hg22+ (+1) and the element appear to have been first noticed in the phase studies of the HgCl2/Hg2Cl2/Hg system (15). Following this, an electrochemical study of the reduction, Hg2* -+ Hg22* -» Hg in the molten salt eutectic, AlCh/NaCl/KCl using polarography (16,17) provided unequivocal proof of Hg:-. ;2* The standard potential and equilibrium constant values also have been reported (18) for Hg32+ and the interesting compound Hg3(AlCl4)2 has been prepared (17) as yellow needles by prolonged heating of stoichiometric amounts of HgCl2, Hg, and A1C13 followed by slow cooling.…”
Section: Mercury In Unusual Oxidation Statesmentioning
confidence: 84%