Cylindrical quantum wires with hydrogen-bonded materials
Vjekoslav Sajfert, Rajka Djajic, Zheljka Cvejic
TL;DR
This paper analyzes the properties of cylindrical quantum wires made of hydrogen-bonded materials, focusing on excitation energies, wave functions, phase transition temperature, and electric susceptibility behavior.
Contribution
It provides new calculations of excitation energies, wave functions, and phase transition temperature specific to hydrogen-bonded cylindrical quantum wires.
Findings
Calculated elementary excitation energies and wave functions.
Determined the phase transition temperature.
Investigated electric susceptibility in the paraelectric phase.
Abstract
Properties of cylindrical quantum wires are analysed in this paper. Energies of elementary excitations as well as one-particle wave functions were found for mentioned structure. For cylindrical quantum wires the temperature of phase transition was found. The behaviour of electric susceptibility in paraelectric phase was investigated.
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