An experimental setup was developed for the simultaneous measurements of the electrical resistivity and the thermopower in the temperature range going from 77 up to 330 K. The system combines accuracy, rapidity, few efforts for the sample mounting, and is fully automated. Pressure contacts are used for contacting the thermocouples to the sample and the sample to the heat sink, making possible the measurement of both thin films and bulk materials with a great flexibility on their geometrical dimensions. Tests of the system have been made on a 99.98% pure Ni bulk sample and on PbTe/BaF2 thin films for illustration
Thermoelectric properties are being explored as part of renewable energy which is vital in preservin...
In this work, a measurement system for high-temperature thermal-conductivity measurements has been d...
Temperature dependence measurements of resistivity and thermopower.An experimental apparatus is modi...
An experimental setup was developed for the simultaneous measurements of the electrical resistivity ...
The experimental set-up for simultaneous measurements of electrical resistivity and thermopower in t...
An experimental setup has been designed and built for measuring the Seebeck coefficient of bulk ther...
International audienceIn this paper we describe an experimental setup designed to measure simultaneo...
A system for the simultaneous measurement of thermoelectric power and resistivity of one and/ or two...
The study of thermoelectric and resistive in situ behaviours depending on temperature for thin films...
We present an original experimental set-up designed to measure the electroresistance of materials un...
A simple system for the continuous recording of resistivity versus temperature at constant pressure ...
An apparatus capable of rapid measurement of the Seebeck coefficient and electrical resistivity at ...
A new technique is described for rapid measurement of the thermoelectric power of rod-shaped specime...
Thermoelectric materials can convert heat directly into usable electrical energy. An important aim i...
The microelectronic devices are formed by a substrate that supports the functional thin film materia...
Thermoelectric properties are being explored as part of renewable energy which is vital in preservin...
In this work, a measurement system for high-temperature thermal-conductivity measurements has been d...
Temperature dependence measurements of resistivity and thermopower.An experimental apparatus is modi...
An experimental setup was developed for the simultaneous measurements of the electrical resistivity ...
The experimental set-up for simultaneous measurements of electrical resistivity and thermopower in t...
An experimental setup has been designed and built for measuring the Seebeck coefficient of bulk ther...
International audienceIn this paper we describe an experimental setup designed to measure simultaneo...
A system for the simultaneous measurement of thermoelectric power and resistivity of one and/ or two...
The study of thermoelectric and resistive in situ behaviours depending on temperature for thin films...
We present an original experimental set-up designed to measure the electroresistance of materials un...
A simple system for the continuous recording of resistivity versus temperature at constant pressure ...
An apparatus capable of rapid measurement of the Seebeck coefficient and electrical resistivity at ...
A new technique is described for rapid measurement of the thermoelectric power of rod-shaped specime...
Thermoelectric materials can convert heat directly into usable electrical energy. An important aim i...
The microelectronic devices are formed by a substrate that supports the functional thin film materia...
Thermoelectric properties are being explored as part of renewable energy which is vital in preservin...
In this work, a measurement system for high-temperature thermal-conductivity measurements has been d...
Temperature dependence measurements of resistivity and thermopower.An experimental apparatus is modi...