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Nature of 75As spin-lattice relaxation in a GaAs semi-insulator single crystal. / Rochev, Andrej M.; Mikushev, Vladimir M.; Charnaya, Elena V.

2026. 116 Abstract from 23-rd International School-Conference Spinus 2026 Magnetic resonance and its applications, Санкт-Петербург, Russian Federation.

Research output: Contribution to conferenceAbstractpeer-review

Harvard

Rochev, AM, Mikushev, VM & Charnaya, EV 2026, 'Nature of 75As spin-lattice relaxation in a GaAs semi-insulator single crystal', 23-rd International School-Conference Spinus 2026 Magnetic resonance and its applications, Санкт-Петербург, Russian Federation, 30/03/26 - 3/04/26 pp. 116. <https://spinus.spb.ru/files/book_of_abstracts_2026.pdf>

APA

Rochev, A. M., Mikushev, V. M., & Charnaya, E. V. (2026). Nature of 75As spin-lattice relaxation in a GaAs semi-insulator single crystal. 116. Abstract from 23-rd International School-Conference Spinus 2026 Magnetic resonance and its applications, Санкт-Петербург, Russian Federation. https://spinus.spb.ru/files/book_of_abstracts_2026.pdf

Vancouver

Rochev AM, Mikushev VM, Charnaya EV. Nature of 75As spin-lattice relaxation in a GaAs semi-insulator single crystal. 2026. Abstract from 23-rd International School-Conference Spinus 2026 Magnetic resonance and its applications, Санкт-Петербург, Russian Federation.

Author

Rochev, Andrej M. ; Mikushev, Vladimir M. ; Charnaya, Elena V. / Nature of 75As spin-lattice relaxation in a GaAs semi-insulator single crystal. Abstract from 23-rd International School-Conference Spinus 2026 Magnetic resonance and its applications, Санкт-Петербург, Russian Federation.1 p.

BibTeX

@conference{ae4cc469e132418bbafdbfda3924788e,
title = "Nature of 75As spin-lattice relaxation in a GaAs semi-insulator single crystal",
abstract = "Here we report the NMR studies of 75As spin-lattice relaxation in the same GaAs sample. The contribution to relaxation of electron centers was segregated. In contrast to the results for gallium, the interaction of electron centers with the ligand 75As nuclei was found to have a mixture character being a combination of electric quadrupole and magnetic dipole effects.",
keywords = "nuclear spin-phonon interaction, magnetic saturation of the NMR line, semi-insulator GaAs crystals",
author = "Rochev, {Andrej M.} and Mikushev, {Vladimir M.} and Charnaya, {Elena V.}",
note = "Nature of 75As spin-lattice relaxation in a GaAs semi-insulator single crystal / A. M. Rochev, V. M. Mikushev, E. V. Charnaya // Magnetic Resonance and its Applications. Spinus - 2026 : Proceedings 23rd International School-Conference, Saint Petersburg, 30 March – 03 April 2026. Vol. 23. – Saint Petersburg: Saint Petersburg State University, 2026. – P. 116.; null ; Conference date: 30-03-2026 Through 03-04-2026",
year = "2026",
month = mar,
day = "29",
language = "English",
pages = "116",
url = "https://spinus.spb.ru/",

}

RIS

TY - CONF

T1 - Nature of 75As spin-lattice relaxation in a GaAs semi-insulator single crystal

AU - Rochev, Andrej M.

AU - Mikushev, Vladimir M.

AU - Charnaya, Elena V.

N1 - Conference code: 23

PY - 2026/3/29

Y1 - 2026/3/29

N2 - Here we report the NMR studies of 75As spin-lattice relaxation in the same GaAs sample. The contribution to relaxation of electron centers was segregated. In contrast to the results for gallium, the interaction of electron centers with the ligand 75As nuclei was found to have a mixture character being a combination of electric quadrupole and magnetic dipole effects.

AB - Here we report the NMR studies of 75As spin-lattice relaxation in the same GaAs sample. The contribution to relaxation of electron centers was segregated. In contrast to the results for gallium, the interaction of electron centers with the ligand 75As nuclei was found to have a mixture character being a combination of electric quadrupole and magnetic dipole effects.

KW - nuclear spin-phonon interaction

KW - magnetic saturation of the NMR line

KW - semi-insulator GaAs crystals

UR - https://spinus.spb.ru/

M3 - Abstract

SP - 116

Y2 - 30 March 2026 through 3 April 2026

ER -

ID: 151788469