In order to study the ohmic and thermoelectric properties which depend on the temperature, concerning different thin films of binary alloys deposited in ultra high vacuum by controlled coevaporation, two kinds of measures are required in situ. Concerning the ohmic measures, the substrate on which the thin film is deposited has to be submitted at a temperature as uniform as possible. This temperature must increase very slowly from the room temperature (293 K) to about 573 K, this is realized by a programmed heating system. Concerning the thermoelectric measures, a gradient of temperature between both edges of the thin film must be set and programmed. Both conditions can be satisfied with the below described system.L'étude des propriétés rési...
With the increasing miniaturization of micro and nanoelectronic systems, the thermal behavior of the...
In this paper, the design of a thin film thermoelectric microcooler module is examined. The module c...
De récentes études montrent que les films minces présentent des performances thermoélectriques nette...
L'étude des propriétés résistives et thermoélectriques en fonction de la température de différents a...
Avec la miniaturisation croissante des systèmes micro et nanoélectroniques, les problématiques therm...
In this paper is described an apparatus which allows one to obtain thin films on a heated substrate ...
We describe a technique of measurement for thermoelectric power S(T) at very low temperature. The ve...
In this paper is described an apparatus which allows one to obtain thin films on a heated substrate ...
The study of thermoelectric and resistive in situ behaviours depending on temperature for thin films...
In the present study, the thermal diffusivities of the Al, Si and ITO films deposited on the SUS304 ...
In the present study, the thermal diffusivities of the Al, Si and ITO films deposited on the SUS304 ...
La thermoélectricité est une science remise au goût du jour depuis quelques années en tant que sourc...
The microelectronic devices are formed by a substrate that supports the functional thin film materia...
Integrated circuits require effective removal of increasing heat fluxes from active regions. Thermal...
With the increasing miniaturization of micro and nanoelectronic systems, the thermal behavior of the...
With the increasing miniaturization of micro and nanoelectronic systems, the thermal behavior of the...
In this paper, the design of a thin film thermoelectric microcooler module is examined. The module c...
De récentes études montrent que les films minces présentent des performances thermoélectriques nette...
L'étude des propriétés résistives et thermoélectriques en fonction de la température de différents a...
Avec la miniaturisation croissante des systèmes micro et nanoélectroniques, les problématiques therm...
In this paper is described an apparatus which allows one to obtain thin films on a heated substrate ...
We describe a technique of measurement for thermoelectric power S(T) at very low temperature. The ve...
In this paper is described an apparatus which allows one to obtain thin films on a heated substrate ...
The study of thermoelectric and resistive in situ behaviours depending on temperature for thin films...
In the present study, the thermal diffusivities of the Al, Si and ITO films deposited on the SUS304 ...
In the present study, the thermal diffusivities of the Al, Si and ITO films deposited on the SUS304 ...
La thermoélectricité est une science remise au goût du jour depuis quelques années en tant que sourc...
The microelectronic devices are formed by a substrate that supports the functional thin film materia...
Integrated circuits require effective removal of increasing heat fluxes from active regions. Thermal...
With the increasing miniaturization of micro and nanoelectronic systems, the thermal behavior of the...
With the increasing miniaturization of micro and nanoelectronic systems, the thermal behavior of the...
In this paper, the design of a thin film thermoelectric microcooler module is examined. The module c...
De récentes études montrent que les films minces présentent des performances thermoélectriques nette...