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Copper valence, structural separation and lattice dynamics in tennantite (fahlore): NMR, NQR and SQUID studies
Gainov R., Dooglav A., Pen'kov I., Mukhamedshin I., Savinkov A., Mozgova N.
magnetometry methods. The temperature dependences of copper NQR frequencies and line-width, nuclear spin-lattice
Theory of plane copper and oxygen nuclear spin-lattice relaxation rates in lightly doped La2-xSrxCuO4
Larionov I.
contribution to the nuclear spin-lattice relaxation rate, 63(1/T 1), of plane 63Cu, arises from the AF
Spin-lattice relaxation of exchange-coupled Cu2+-Cu2+ pairs and single Cu2+ ions in crystals of zinc (II) bis(diethyl-dithiocarbamate)
Al'tshuler S., Kirmse R., Solov'ev B.
Detailed investigations of the spin-lattice relaxation of single Cu 2+ ions and Cu2+-Cu2+ pairs
The electron spin-lattice relaxation in pyrolyzed poly-2-methyl-5-ethinylpyridine
Kurzin S., Tarasov B., Fatkullin N., Aseyeva R.
The temperature and field dependences of the rate of electron spin-lattice relaxation (ESLR) have
Spin Dynamics and Ground State of the Frustrated Diamond Lattice Magnet CoAl2O4 as seen by 27Al NMR
Iakovleva M., Vavilova E., Grafe H., Maljuk A., Wurmehl S., Büchner B., Kataev V.
of the spin–lattice (T1−1) and spin–spin (T2−1) 27Al nuclear relaxation rates reveals a coexistence
Spin Dynamics and Ground State of the Frustrated Diamond Lattice Magnet CoAl2O4 as seen by 27Al NMR
Iakovleva M., Vavilova E., Grafe H., Maljuk A., Wurmehl S., Büchner B., Kataev V.
of the spin–lattice (T1−1) and spin–spin (T2−1) 27Al nuclear relaxation rates reveals a coexistence
On Algebraic Approach of R. Wille and B. Ganter in the Investigation of Texts
Bykova, Valentina V., Mongush, Choduraa M., Быкова, Валентина В., Монгуш, Чодураа М.
The statement of the problem of a binary classification by precedents using formal concept lattices
Frustrated Heisenberg Antiferromagnets on Cubic Lattices: Magnetic Structures, Exchange Gaps, and Non-Conventional Critical Behaviour
Ignatenko, Andrey N., Irkhin, Valentin Yu., Игнатенко, Андрей Н., Ирхин, Валентин Ю.
with the periods being two times larger than the lattice period. We have considered all the types of the Bravais
Magnetic resonance line profile in thin superconducting films
Minkin A., Tsarevskii S.
Solutions of the modified London equations are derived for a vortex lattice in a thin film from
Probability structures in subspace lattice approach to foundations of quantum theory
Turilova E.
Probability structures in subspace lattice approach to foundations of quantum theory

Страница 20 из 14582

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