Abstract The initial thermoelectric power of the molten salt mixtures (Ag + Me)Cl (Me = Li, Na, Rb, Cs) has been measured at various temperatures around 800 °C using a silver electrode thermocell. In addition the thermoelectric power of molten pure AgCl is reported. These data have been used to obtain relative values of the heats of transport of the alkali cations in pure salts. Moreover the global behaviour of these mixtures in respect to an ideal model for the heat and electricity transport is discussed
Initial thermoelectric power determinations where carried out by means of Pb electrodes and Cl 2 ele...
Thermoelectric power determinations allow one to obtain the thermodynamic properties of the ionic sp...
Flows of heat through a hot solid entrain flows of material. These flow rates of matter and heat in ...
The systems (Ag+Me)I and (Cu+Me)I were investigated by measuring their initial thermoelectric power;...
Initial thermoelectric power determinations were carried out on the molten systems (Cu, Ag)X, (X=Cl,...
Determination of the initial thermoelectric power were carried out at 1000K in the whole composition...
Thermoelectric power data provide a useful tool for the evaluation of the thermodynamic properties o...
Electromotive force measurements have been completed on formation cells of the type: `A(1)``/AX_2``...
Thermoelectric generation of electrical energy from heat energy has been reviewed, the histor.f of t...
The initial thermoelectric power of the molten systems (Cu,Me)Cl and (Cu,Me)Br (Me=Na,K,Rb,Cs) was d...
Conductivity of molten alkali metal chlorides is the foundation of molten-salt electrolysis process....
In a silver electrodes thermocell the thermoelectric power ε of solid β and liquid silver nitrate is...
Suitable material candidates for the use as heat transfer fluid (HTF) and/or for thermal energy stor...
Thermoelectric power data provide a useful tool for the evaluation of the thermodynamic properties o...
The electrical conductivities of molten SnX2 and CdX2 salts (X = Cl,Br,I) have been measured as a fu...
Initial thermoelectric power determinations where carried out by means of Pb electrodes and Cl 2 ele...
Thermoelectric power determinations allow one to obtain the thermodynamic properties of the ionic sp...
Flows of heat through a hot solid entrain flows of material. These flow rates of matter and heat in ...
The systems (Ag+Me)I and (Cu+Me)I were investigated by measuring their initial thermoelectric power;...
Initial thermoelectric power determinations were carried out on the molten systems (Cu, Ag)X, (X=Cl,...
Determination of the initial thermoelectric power were carried out at 1000K in the whole composition...
Thermoelectric power data provide a useful tool for the evaluation of the thermodynamic properties o...
Electromotive force measurements have been completed on formation cells of the type: `A(1)``/AX_2``...
Thermoelectric generation of electrical energy from heat energy has been reviewed, the histor.f of t...
The initial thermoelectric power of the molten systems (Cu,Me)Cl and (Cu,Me)Br (Me=Na,K,Rb,Cs) was d...
Conductivity of molten alkali metal chlorides is the foundation of molten-salt electrolysis process....
In a silver electrodes thermocell the thermoelectric power ε of solid β and liquid silver nitrate is...
Suitable material candidates for the use as heat transfer fluid (HTF) and/or for thermal energy stor...
Thermoelectric power data provide a useful tool for the evaluation of the thermodynamic properties o...
The electrical conductivities of molten SnX2 and CdX2 salts (X = Cl,Br,I) have been measured as a fu...
Initial thermoelectric power determinations where carried out by means of Pb electrodes and Cl 2 ele...
Thermoelectric power determinations allow one to obtain the thermodynamic properties of the ionic sp...
Flows of heat through a hot solid entrain flows of material. These flow rates of matter and heat in ...