A new method is described for dynamically measuring the thermoelectric power of small samples in the temperature range 4-300 K. Measurements may be performed on samples with resistivities as high as 1010 Ω cm. The device has been checked on a crystal of stoichiometric magnetite. Although designed for highly resistive materials, it may be used for Seebeck measurements on metallic samples with α < 10 μV/°C.L'appareil décrit dans le texte est conçu pour mesurer le pouvoir thermoélectrique de monocristaux de forte résistivité (≃ 1010 Ω cm) entre 4 et 300 K. Il permet d'effectuer des mesures sur des échantillons de faibles dimensions (< 0,5 mm). Le dispositif a été testé sur un monocristal de magnétite de composition stœchiométrique. Bien que no...
Thermoelectric generators (TEGs) convert heat to electrical energy by means of the Seebeck effect. T...
Thermoelectric materials can convert heat directly into usable electrical energy. An important aim i...
This paper is concerned with new developments in the field of high temperature thermoelectric materi...
A new method is described for dynamically measuring the thermoelectric power of small samples in the...
A method is described for measurements of the thermoelectric power of small samples in the temperatu...
We describe a technique of measurement for thermoelectric power S(T) at very low temperature. The ve...
A new technique is described for rapid measurement of the thermoelectric power of single crystal sam...
A new technique is described for rapid measurement of the thermoelectric power of rod-shaped specime...
Thermoelectric properties are being explored as part of renewable energy which is vital in preservin...
This work is focused on the characterization of thermoelectric reference materials with traceable Se...
A system for the simultaneous measurement of thermoelectric power and resistivity of one and/ or two...
A high temperature Seebeck coefficient and electrical resistivity measurement apparatus has been des...
The Seebeck coefficient of a material measures the magnitude of voltage produced when a temperature ...
A new experimental method for the determination of the figure of merit of semiconductors is describe...
A simple apparatus to measure the absolute thermoelectric power of solids in the temperature range 4...
Thermoelectric generators (TEGs) convert heat to electrical energy by means of the Seebeck effect. T...
Thermoelectric materials can convert heat directly into usable electrical energy. An important aim i...
This paper is concerned with new developments in the field of high temperature thermoelectric materi...
A new method is described for dynamically measuring the thermoelectric power of small samples in the...
A method is described for measurements of the thermoelectric power of small samples in the temperatu...
We describe a technique of measurement for thermoelectric power S(T) at very low temperature. The ve...
A new technique is described for rapid measurement of the thermoelectric power of single crystal sam...
A new technique is described for rapid measurement of the thermoelectric power of rod-shaped specime...
Thermoelectric properties are being explored as part of renewable energy which is vital in preservin...
This work is focused on the characterization of thermoelectric reference materials with traceable Se...
A system for the simultaneous measurement of thermoelectric power and resistivity of one and/ or two...
A high temperature Seebeck coefficient and electrical resistivity measurement apparatus has been des...
The Seebeck coefficient of a material measures the magnitude of voltage produced when a temperature ...
A new experimental method for the determination of the figure of merit of semiconductors is describe...
A simple apparatus to measure the absolute thermoelectric power of solids in the temperature range 4...
Thermoelectric generators (TEGs) convert heat to electrical energy by means of the Seebeck effect. T...
Thermoelectric materials can convert heat directly into usable electrical energy. An important aim i...
This paper is concerned with new developments in the field of high temperature thermoelectric materi...