Thermokraft von amorphen SnCu-Legierungen

Korn, D.; Mürer, W.

doi:10.1007/bf01320521

Cited by 20 publications

(2 citation statements)

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“…In addition, the curvature in the temperature dependence of the thermopower of these SnCu films is too large to be interpreted in terms of the decay of electron-phonon enhancement alone. The causes of this large curvature are not clear, but we note that the thermopower of the amorphous films of Korn and Miirer (1977) was similar in shape (but approximately half the magnitude) to that of the corresponding polycrystalline films, which may contain a significant phonondrag component.…”

mentioning

confidence: 81%

Relationship between exoemission parameters and optical strength of laser elements

Кортов¹,

Perlov²,

Shifrin³

1976

Sov. J. Quantum Electron.

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mentioning

confidence: 81%

Relationship between exoemission parameters and optical strength of laser elements

Кортов¹,

Perlov²,

Shifrin³

1976

Sov. J. Quantum Electron.

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“…[8][9][10] The nearly perfect compensation of spurious dc voltages, the fast procedure for the measurement and the small temperature difference ⌬T along the sample (⌬Tр0.1 K͒ are the major advantages of these techniques. [8][9][10] The nearly perfect compensation of spurious dc voltages, the fast procedure for the measurement and the small temperature difference ⌬T along the sample (⌬Tр0.1 K͒ are the major advantages of these techniques.…”

Section: Introductionmentioning

confidence: 99%

Thermopower measurements in magnetic fields up to 17 tesla using the toggled heating method

Resel

Gratz

Burkov

et al. 1996

Review of Scientific Instruments

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Improved sample-holder design for specific-heat measurements in magnetic fields up to 17.5 T Rev.A dc method for thermopower ͑TP͒ measurements in magnetic fields up to 17 T in the temperature range from 3 K to 300 K is introduced. A special heating technique named ''seesaw heating,'' a method similar to ac methods, was developed and resulted in good thermal stability, better accuracy and a faster procedure. Chromel-constantan thermocouples were utilized for measuring probes because of small and simple temperature dependence of magnetic field effect. Finding an empirical formula for all the calibration curves of TP of Chromel enable us to measure TP at any field and at any temperature. Finally, the experimental results on ErCo 2 and LaRu 2 are presented as test examples to demonstrate the possibilities and accuracy of our setup.

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A Note on the Electron‐Phonon Enhancement of the Thermopower in Amorphous Alloys

Mulimani

Harris

1984

Physica Status Solidi (b)

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A Note on the Electron-Phonon Enhancement of the Thermopower in Amorphous Alloys BY B .G. MUUMANI (a) and R. HARMS (b) Opsal et al. /1/ have shown that in crystalline metals the electron-phonon interaction enhances the low-temperature electron diffusion thermopower, S, b y the factor (1 + h ) where h is the low-temperature limit of the m a s s enhancement factor h. Jackle /2/ h a s extended this argument t o amorphous metals and alloys. Following Jackle, recently

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Thermokraft von amorphen SnCu-Legierungen

Cited by 20 publications

References 21 publications

Relationship between exoemission parameters and optical strength of laser elements

Relationship between exoemission parameters and optical strength of laser elements

Thermopower measurements in magnetic fields up to 17 tesla using the toggled heating method

A Note on the Electron‐Phonon Enhancement of the Thermopower in Amorphous Alloys

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