Thermodynamical properties of a superconducting quantum cylinder

Eminov, P. A.; Ul’din, A. A.; Sezonov, Yu. I.; Gordeeva, S. V.

doi:10.1134/s1061920810020020

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Thermodynamic Properties Of a Semiconductor Nanotube1

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2013

2014

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Cited by 4 publications

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“…The microscopic theory of superconductivity of a magnetized electron gas was built in studies [34,[41][42][43]. According to the results of the analysis made first in [44], in a longitudinal magnetic field, it is energeti cally favorable to pair states with azimuth numbers n 1 and n 2 , which ensure the minim quantity |n 1 + n 2 -2Φ/Φ 0 |, where is the single electron mag netic flux quantum, and the highest binding energy is observed at where M is an integer.…”

Section: Thermodynamic Properties Of a Semiconductor Nanotubementioning

confidence: 99%

Semiconductor nanotube plasma

2014

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The theory of dispersion of surface plasma waves in semiconductor nanotubes is presented. The effect of screening the Coulomb field of a static point charge by a magnetized electron gas of a nanotube is investigated. The main properties of the semiconductor nanotube plasma, 3D plasma, and planar 2D plasma are compared. The dependences of the critical temperature and thermodynamic properties of a supercon ducting quantum cylinder on the characteristics of the system are studied.

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