Hall Effect in Strongly Degenerate n‐Ge

Magnetoresistance and Hall effect measurements in the narrow band gap semiconductor platinum antimonide, were made in pulsed magnetic fields from 10 to 200 kG at temperatures 2, 4.2, 77, and 300 °K. Quantum oscillations of magnetoresistance were observed at 2 and 4.2 °K. The experimental results compared with theory show that the valence band of PtSb2 is not spherical. As the Hall coefficient of PtSb2 is magnetic field‐independent it is possible to use PtSb2 samples in measurements of high magnetic fields at different temperatures.

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Galvanomagnetic phenomena in platinum antimonide in high magnetic fields

Abdullaev

Angelova

Kuznetsov

et al. 1974

Phys. Stat. Sol. (a)

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Hall Effect in Strongly Degenerate n‐Ge

Abstract: Analysing the Hall effect in strongly degenerate crystals with simple band structure Samoilovich (1) showed that under conditiom of acoustical phonon scattering where Fk( p) are the appropriate Fermi integrals, tabulated in (2) and p is the reduced F e m i level.

Cited by 1 publication

References 3 publications

Galvanomagnetic phenomena in platinum antimonide in high magnetic fields

Galvanomagnetic phenomena in platinum antimonide in high magnetic fields

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Hall Effect in Strongly Degenerate n‐Ge

Abstract: Analysing the Hall effect in strongly degenerate crystals with simple band structure Samoilovich (1) showed that under conditiom of acoustical phonon scattering where Fk( p*) are the appropriate Fermi integrals, tabulated in (2) and p* is the reduced F e m i level.

Cited by 1 publication

References 3 publications

Galvanomagnetic phenomena in platinum antimonide in high magnetic fields

Galvanomagnetic phenomena in platinum antimonide in high magnetic fields

Contact Info

Product

Resources

About

Abstract: Analysing the Hall effect in strongly degenerate crystals with simple band structure Samoilovich (1) showed that under conditiom of acoustical phonon scattering where Fk( p) are the appropriate Fermi integrals, tabulated in (2) and p is the reduced F e m i level.