Search Results - "D'yachkov, P N"

Effect of Torsional Deformation on Spin–Orbit Interaction in Metallic Silicon Nanotubes by D’yachkov, P. N.

“…The splitting of spin levels generating minigaps under the action of twisting a non-chiral (7, 7) silicon nanotube around its axis has been studied by the…”
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Influence of Torsional Strains on the Band Structure of Carbon Nanotubes according to the Cylindrical Waves Method by D’yachkov, P. N.

“…Changes in the band structure of carbon nanotubes induced by twisting of the tubes around their axes are studied by quantum-chemical methods, namely, the…”
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Simulation of Spin Selectivity of Electrical Conductivity of Chiral Platinum Nanotubes by D’yachkov, P. N., Lomakin, N. A.

“…To study the electronic and spin properties of single-walled platinum nanotubes, two rows of chiral nanotubes have been calculated by the relativistic method…”
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Spin Selectivity of the Conductivity of Gold Nanotubes according to the Cylindrical Wave Method Data by D’yachkov, P. N., D’yachkov, E. P.

“…The band structures of two series of chiral single-walled gold nanotubes (5, n 2 ) and (10, n 2 ) have been calculated using the cylindrical wave method with…”
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Optical Band Gap Energies in Quasi-Metal Carbon Nanotubes by D’yachkov, P. N.

“…The structure of carbon nanotubes is described by two positive integers ( n 1 , n 2 ). The π-electron model of the nanotube band structure predicts that when…”
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Effect of Torsional Deformations on the Spin States of Carbon Nanotubes with Metallic Conductivity by D’yackov, E. P., Lomakin, N. A., D’yachkov, P. N.

“…The formation of spin levels upon torsional deformation of nonchiral ( n , n ) carbon nanotubes has been theoretically studied. In the absence of mechanical…”
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Interaction of Chiral Gold Nanotubes with an Alternating Magnetic Field by D’yachkov, P. N., D’yachkov, E. P.

“…— The response of electrons of chiral gold nanotubes to an external alternating magnetic field has been calculated using Faraday’s law of electromagnetic…”
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Influence of Tension and Compression on the Band Structure of Carbon Nanotubes as Probed by the Cylindrical Wave Method by D’yachkov, E. P., D’yachkov, P. N.

“…The effect of uniaxial deformation on the band structure of chiral ((8,7), (9,6), (10,5), and (12,1)) and achiral ((7,7), (13,0), (12,0), and (13,0)) nanotubes…”
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Effect of Nitrogen and Phosphorus Dopants on the Electronic Properties of ZrO2 Nanotubes by D’yachkov, P. N.

“…The electronic structure of hexagonal ZrO 2 nanotubes, pure and doped with N and P atoms, has been calculated by the linearized augmented cylindrical wave…”
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Propagation of an Electromagnetic Field along the Axis of Metal Carbon Nanotubes by D’yachkov, P. N., D’yachkov, E. P.

“…The phase and group velocities of propagation of the electric and magnetic fields along the axis of metal carbon nanotubes have been calculated. In the model…”
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Magnetic Properties of Chiral Gold Nanotubes by D’yachkov, P. N., D’yachkov, E. P.

“…Magnetic fields generated by nanosolenoids based on gold nanotubes have been calculated. The electron energy levels in nanotubes have been calculated by the…”
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Spin—Orbital Optical Minigaps in Silicon Nanotubes Si (n, n) by D’yachkov, P. N., Bochkov, I. A.

“…The electron structure of silicon metal nanotubes Si ( n, n ) was calculated by the linearized augmented cylindrical wave (LACW) method with account for…”
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Electronic Structure of WS2 Nanotubes—Potential Catalysts of Water Photolysis by D’yachkov, E. P., D’yachkov, P. N.

“…The band structures of (15, 10), (21, 0), (16, 8), (18, 6), and (12, 12) WS 2 nanotubes of various chirality and diameter have been calculated by the…”
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Tight Binding Model of Quantum Conductance of Cumulenic and Polyynic Carbynes by D’yachkov, P. N, Zaluev, V. A, Kocherga, E. Yu, Sadykov, N. R

“…The linear carbon chains called the carbynes are possibly the most simple carbon molecular systems of interest as the potential materials for nanoelectronics…”
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Effect of 4d-Metal Impurities on the Electronic Properties of ZrO2 Nanotubes by D’yachkov, E. P., D’yachkov, P. N.

“…The electronic structure of ZrO 2 nanotubes with 4 d -metal impurities has been studied by quantum-chemical methods. The calculated densities of states with an…”
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Electronic structure of a gold nanotube by D’yachkov, P. N.

“…The electronic structure of a gold nanotube has been studied by quantum-chemical methods. The energy dependences of total and partial densities of states of a…”
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Electronic Structure of Doped Boron Nitride Nanotubes as Potential Catalysts of Photochemical Water Splitting by D’yachkov, E. P., D’yachkov, P. N.

“…Semiconductors with band gap widths of 1.5–2.8 eV are used as catalysts for hydrogen production by photochemical water splitting. The electronic states of BN…”
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Spin—Orbit Coupling in Single-Walled Gold Nanotubes by Krasnov, D. O., Khoroshavin, L. O., D’yachkov, P. N.

“…The effect of spin—orbit coupling on the electron levels of (5, 3), (8, 7), (11, 3), (18, 11), (10, 5), (8, 8), and (13, 0) gold nanotubes of various diameters…”
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Electronic structure of BN nanotubes with intrinsic defects NB and BN and isoelectronic substitutional impurities PN, ASN, SbN, InB, GaB, and AlB by D'YACHKOV, P. N, MAKAEV, D. V

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Spin-dependent band structures of nanotubes by D’yachkov, P. N., D’yachkov, E. P.

“…A quantum-mechanical ab initio method, with inclusion of spin–orbit coupling, has been suggested for the calculation of the electronic structure of carbon…”
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