Results 161 to 170 of about 21,230 (212)

Electrochemical Effects in Thermoelectric Polymers

ACS Macro Letters, 2016
Conductive polymers such as PEDOT:PSS hold great promise as flexible thermoelectric devices. The thermoelectric power factor of PEDOT:PSS is small relative to inorganic materials because the Seebeck coefficient is small. Ion conducting materials have previously been demonstrated to have very large Seebeck coefficients, and a major advantage of polymers
William B, Chang, Haiyu, Fang, Jun, Liu, Christopher M, Evans, Boris, Russ, Bhooshan C, Popere, Shrayesh N, Patel, Michael L, Chabinyc, Rachel A, Segalman   +8 more
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Thermoelectric Effects in Superconductors

Soviet Physics Uspekhi, 1978
It is a pleasure and an honour for me to speak before this highly esteemed audience. The subject of my talk is devoted to thermoelectric effects in superconductors. The question of whether thermoelectric phenomena can be observed in metals in the superconducting state was raised more than 50 years ago, but first attempts to observe such effects as ...
Vitalii L. Ginzburg, Gelii F. Zharkov
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Are There Thermoelectric Effects in Superconductors?

Physical Review Letters, 1970
A comparison between He II when the normal fluid is clamped and the superconducting state of metals leads to an extension of the two-fluid equations of London. The following consequences are discussed: (a) A nonstationary thermal emf (thermal electric effect) can exist in a superconductor, (b) a stationary potential difference (not an emf) can exist.
Seth Putterman, R. de Bruyn Ouboter
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Thermoelectric Effect in Ice

Journal of the Atmospheric Sciences, 1966
Abstract The electric potential difference under a temperature gradient in ice was measured by the use of single crystal ice, polycrystalline ice including numerous bubbles, and the ice formed from solutions of hydrofluoric acid. At temperatures colder than about −10C, the colder side had positive potential and the H3O+ ion is considered to be the ...
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Thermoelectric Effects in Superconductors

1981
The first measurements of thermoelectricity in superconductors were made by Meissner (1927) who found the Seebeck coefficient S (thermopower) in a superconducting thermocouple to be at least an order of magnitude below the equivalent normal state value.
Charles M. Falco, James C. Garland
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Thermoelectric effects in superconductors

Journal of Superconductivity, 1989
A general review of thermoelectric effects in superconductors is given. Specific features of thermoelectric effects in high-temperature superconductors are also discussed.
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Thermoelectric effect in Aharonov–Bohm structures

Journal of Physics: Condensed Matter, 2014
The thermoelectric effects of a single Aharonov-Bohm (SAB) ring and coupled double Aharonov-Bohm (DAB) rings have been investigated on a theoretical basis, taking into account the contributions of both electrons and phonons to the transport process by using the nonequilibrium Green's function technique. The thermoelectric figure of merit of the coupled
Xin, Lu, Jian-Sheng, Wang, William G, Morrel, Xiaoxi, Ni, Chang-Qin, Wu, Baowen, Li   +5 more
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Thermoelectric Effects

The effect of thermoelectricity causes the conversion of waste heat into electricity. It is an economical environmentally beneficial and convenient energy conversion technology that can be used across a broad range of temperature. This chapter introduces thermoelectricity while also exploring its historical context.
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The Thermoelectric and Related Effects

2009
This chapter defines the Peltier and Seebeck effects and introduces the concept of the thermocouple. It gives the relationships between the Peltier, Seebeck and Thomson coefficients. It also describes the related effects that appear in a magnetic field and defines the Hall, Nernst, Ettingshausen and Righi–Leduc coefficients.
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Utilization of Thermoelectric Effect

2021 IEEE 4th International Conference and Workshop Óbuda on Electrical and Power Engineering (CANDO-EPE), 2021
Dusan Medved, Branislav Gencur
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