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cryostatDevice
thermoelectricVideo game
A simple apparatus to measure the absolute thermoelectric power of solids in the temperature range 4·2–300K is described. The cryostat and the associated instrumentation is simple to operate. Representative data of measurements on metallic wire and pressed pellets are given. An accuracy of better than 10% in absolute thermopower can be obtained in this apparatus
The device intended for measuring of principal thermoelectric parameters of the narrow-gap lead chal...
The use of the recently discovered high‐Tc superconductors for purposes of precision determination o...
We describe a cryostat the temperature of which can be continuously varied from 4° to 300 °K and wor...
A simple apparatus to measure the absolute thermoelectric power of solids in the temperature range 4...
A precision system for the continuous and rapid measurement of absolute thermoelectric power (TEP) u...
A method is described for measurements of the thermoelectric power of small samples in the temperatu...
A precision circuitry for the continuous and rapid measurement of absolute thermoelectric power (TEP...
International audienceIn this paper we describe an experimental setup designed to measure simultaneo...
A new technique is described for rapid measurement of the thermoelectric power of rod-shaped specime...
An experimental arrangement, using the small temperature difference method, for the determination of...
A new method is described for dynamically measuring the thermoelectric power of small samples in the...
We describe a technique of measurement for thermoelectric power S(T) at very low temperature. The ve...
The continues development of thermoelectric generators causes a permanent improvement of their chara...
International audienceIn this work, absolute thermoelectric power (ATP) of Pb, Sn, Pb-20 wt.% Sn, Pb...
A totally automated absolute thermoelectric power (TEP) measuring :system for studies at high temper...
The device intended for measuring of principal thermoelectric parameters of the narrow-gap lead chal...
The use of the recently discovered high‐Tc superconductors for purposes of precision determination o...
We describe a cryostat the temperature of which can be continuously varied from 4° to 300 °K and wor...
A simple apparatus to measure the absolute thermoelectric power of solids in the temperature range 4...
A precision system for the continuous and rapid measurement of absolute thermoelectric power (TEP) u...
A method is described for measurements of the thermoelectric power of small samples in the temperatu...
A precision circuitry for the continuous and rapid measurement of absolute thermoelectric power (TEP...
International audienceIn this paper we describe an experimental setup designed to measure simultaneo...
A new technique is described for rapid measurement of the thermoelectric power of rod-shaped specime...
An experimental arrangement, using the small temperature difference method, for the determination of...
A new method is described for dynamically measuring the thermoelectric power of small samples in the...
We describe a technique of measurement for thermoelectric power S(T) at very low temperature. The ve...
The continues development of thermoelectric generators causes a permanent improvement of their chara...
International audienceIn this work, absolute thermoelectric power (ATP) of Pb, Sn, Pb-20 wt.% Sn, Pb...
A totally automated absolute thermoelectric power (TEP) measuring :system for studies at high temper...
The device intended for measuring of principal thermoelectric parameters of the narrow-gap lead chal...
The use of the recently discovered high‐Tc superconductors for purposes of precision determination o...
We describe a cryostat the temperature of which can be continuously varied from 4° to 300 °K and wor...
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