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Synthesis of the Thermoelectric Nanopowder Recovered from the Used Thermoelectric Modules
Journal of Nanoscience and Nanotechnology, 2014We fabricated the thermoelectric powder using the used thermoelectric modules in a vehicle. As a starting material, the used thermoelectric modules were collected and separated to substrate, electrode, solder, and thermoelectric parts by a thermal process. The separation process was performed in a wet process at the critical temperature.
Kun-Jae, Lee, Yun-Ho, Jin, Man-Sik, Kong
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High reliability thermoelectric cooling modules
Eighteenth International Conference on Thermoelectrics. Proceedings, ICT'99 (Cat. No.99TH8407), 2003Large thermoelectric cooling/heating systems need in plenty of high reliability thermoelectric cooling modules (TCMs). In this paper we present the TCM manufacturing processes developed with the aim to significantly reduce internal mechanical stresses in TCMs and increase their reliability. TCMs were subjected to two long-time thermocycling tests.
A. Gouliaev, A. Holopkin
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Aircraft-Specific Thermoelectric Generator Module
Journal of Electronic Materials, 2009Autonomous sensor nodes for wireless sensor networks are currently under discussion for aircraft structural health monitoring. Self-sufficient operation of a sensor node requires a positive power budget for sensing, processing, and communication tasks.
D. Samson +4 more
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Thermo-mechanical analysis on thermoelectric legs arrangement of thermoelectric modules
Renewable Energy, 2020Abstract Thermoelectric (TE) modules have significant thermal stress and deformation affected by the temperature difference, which affect their working stability and life span. This work mainly studies the influence of configuration of TE modules on the stability.
Zhuang Miao +3 more
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Characterizing High Temperature Thermoelectric Modules
Volume 6A: Energy, 2013With the accelerating improvements and interests in high temperature thermoelectric materials and their applications for power generation, there is the emerging need to fully characterize thermoelectric modules. One of critical challenges in testing modules, especially at high temperatures, is being able to accurately control and measure heat rates ...
Satchit B. Mahajan +2 more
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Developing instrumentation to characterize thermoelectric generator modules
Review of Scientific Instruments, 2015Based on the law of physics, known as “Seebeck effect,” a thermoelectric generator (TEG) produces electricity when the temperature differential is applied across the TEG. This article reports a precision method in characterizing TEG modules. A precision instrument is constructed to study thermoelectric conversion in terms of output power and efficiency
Dawei Liu +6 more
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Fabrication of Thermoelectric Module from Efficient Earth Abundant Thermoelectric Materials
International Journal of Scientific and Management Research, 2022To develop a power generation technology, we proposed low-cost and nontoxic earth abundant thermoelectric materials consisting of n-type and p-type iron oxides. For high temperature applications of power generation, thermoelectric materials consisting of oxide assure better thermoelectric properties.
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POWER DEFENSE THERMOELECTRIC MODULE
1962Abstract : Efforts concerned optimizing the power-to-weight ratio of a lead telluride thermoelectric generator by developing bonding techniques and material preparation processes. A technique which utilizes a SnTe braze, was developed for bonding P and N-type PbTe to pure Fe electrodes.
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Temperature servomechanisms using thermoelectric modules
American Journal of Physics, 1992This paper describes the usefulness of commercially available thermoelectric modules for building systems that control the temperature of experimental samples. It discusses how such ‘‘solid-state heat pumps’’ can be incorporated into temperature servomechanisms whose behavior can be fully modeled and predicted. It is shown that quite modest systems can
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Ge/SiGe superlattices for nanostructured thermoelectric modules
Thin Solid Films, 2013Thermoelectrics are presently used in a number of applications for both turning heat into electricity and also for using electricity to produce cooling. Mature Si/SiGe and Ge/SiGe heteroepitaxial growth technology would allow highly efficient thermoelectric materials to be engineered, which would be compatible and integrable with complementary metal ...
CHRASTINA, DANIEL +10 more
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