The electric conductivity and the initial thermoelectric power are determined for the solid solutions (Ag,Na)X (X=Cl,Br) over the whole composition range. Data drawn from both kinds of measurements allow to approximately estimate the contributions of cation vacancies and interstitial Ag + to the transport process. Two composition regions are distinguished: 0les NNaXles0.6 and 0.7< NNaX<1 where interstitial Ag + and cation vacancies, respectively, are prevailing
Thermoelectric power and electric conductivity of the (Ag,Na)Cl and (Ag,Na)Br solid solutions / A. Magistris, A. Schiraldi, G. Chiodelli. - In: ZEITSCHRIFT FÜR NATURFORSCHUNG. TEIL A, PHYSIK, PHYSIKALISCHE CHEMIE, KOSMOPHYSIK. - ISSN 0340-4811. - 29:9(1974), pp. 1330-1334.
Thermoelectric power and electric conductivity of the (Ag,Na)Cl and (Ag,Na)Br solid solutions
A. SchiraldiSecondo
;
1974
Abstract
The electric conductivity and the initial thermoelectric power are determined for the solid solutions (Ag,Na)X (X=Cl,Br) over the whole composition range. Data drawn from both kinds of measurements allow to approximately estimate the contributions of cation vacancies and interstitial Ag + to the transport process. Two composition regions are distinguished: 0les NNaXles0.6 and 0.7< NNaX<1 where interstitial Ag + and cation vacancies, respectively, are prevailing
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[Zeitschrift fr Naturforschung A] Thermoelectric Power and Electric Conductivity of the (Ag Na) Cl and (AgNa)Br Solid Solutions.pdf
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