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Nanoscale geometrical patterning for junctionless thermoelectrics
Gonzalez-Munoz S +12 more
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Optimization of Peltier thermocouple using distributed Peltier effect
Eighteenth International Conference on Thermoelectrics. Proceedings, ICT'99 (Cat. No.99TH8407), 2003Calculations of maximum temperature difference and coefficient of performance of double segment Peltier thermocouple are presented. Distinction of thermoelectric properties of p- and n-type segments is taken into account. Obtained results are compared with measured characteristics of manufactured Peltier thermocouples.
I.M. Belov, V.P. Volkov, O. Manyakin
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Thermal electrodes based on “peltier effect”
Electroencephalography and Clinical Neurophysiology, 1962Abstract Solid state “Peltier” electrodes have been constructed for thermal stimulation of the cortex, subcortex, skin and other organs. They are simple to operate and permit a fine control of the rate and extent of warming and cooling within a limited temperature range.
D G, STUART, L H, OTT, F C, CHESHIRE
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Nonlinear Peltier effect in semiconductors
Applied Physics Letters, 2007Nonlinear Peltier coefficient of a doped InGaAs semiconductor is calculated numerically using the Monte Carlo technique. The Peltier coefficient is also obtained analytically for single parabolic band semiconductors assuming a shifted Fermi-Dirac electronic distribution under an applied bias.
Mona Zebarjadi +2 more
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Journal of Thermal Analysis and Calorimetry, 2007
Thermodynamic consideration of thermoelectricity in metals was applied to the Peltier effect, like it was done recently for the Seebeck effect. The Peltier coefficient was derived from the difference in the total energy of electrons in two metals in contact: Π=ɛ0 Tln(1+TΘV), where ɛ0 is the ‘universal’ sensitivity of ...
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Thermodynamic consideration of thermoelectricity in metals was applied to the Peltier effect, like it was done recently for the Seebeck effect. The Peltier coefficient was derived from the difference in the total energy of electrons in two metals in contact: Π=ɛ0 Tln(1+TΘV), where ɛ0 is the ‘universal’ sensitivity of ...
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Physics Education, 1966
A brief consideration of the theory of the Peltier effect is followed by a consideration of thermoelectric cooling modules and some of their practical applications. An experiment is described in which sixth formers are asked to design a refrigerator around a cooling module and it is shown that the ability of the schoolboys to tackle a practical problem
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A brief consideration of the theory of the Peltier effect is followed by a consideration of thermoelectric cooling modules and some of their practical applications. An experiment is described in which sixth formers are asked to design a refrigerator around a cooling module and it is shown that the ability of the schoolboys to tackle a practical problem
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Peltier effects in electrode carbon
Metallurgical and Materials Transactions B, 1998The thermoelectric power of a cell with platinum electrodes and a carbon conductor was determined. The electromotive force (emf) was measured as a function of the temperature difference between the electrodes at temperatures varying from 310 °C to 970 °C.
Ellen Marie Hansen +2 more
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Peltier effect in normal-metal–superconductor microcontacts
Physical Review B, 1995We have calculated the heat current in the normal-metal--insulator--superconductor contacts with arbitrary transparency of the insulator barrier. In the tunneling limit (small transparencies), the heat flow out of the normal metal reaches its maximum at temperature T\ensuremath{\simeq}0.3\ensuremath{\Delta}.
, Bardas, , Averin
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Some experiments with peltier effect
Electrical Engineering, 1951The Peltier effect has long been neglected by electrical engineers. Lately, however, experiments have been made on new alloys to determine the practicability of using the Peltier effect in a thermoelectric power generator.
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