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... non-stationary signals of magnetic resonance, essential localization separate a component of a multicomponent signal and to raise the accuracy of definition of spectral parameters strongly noisy signals. 1.   Mozzhukhin G .   V ., Molchanov S .   V ., Kupriyanova G .   S . et al . The De­tection of In­dustrial Explosives by the Quadrupole Resonance Method. Some Aspects of the De­tection of Ammonium Nitrate and Trinitrotoluene // NATO Science for Peace and Security Series. Subseries: NATO Science for Peace ...

... The Trin­itrotoluene By Pure Nuclear Quadrupole Resonance. Appl. Magnetic Resonance, 29, 2005, 293—298. 11. Синявский Н.   Я . Известия вузов. Физика . 1990. №   12. С. 91—92.   Molchanov S. V., Mozzhukhin G. V., Kupriyanova G. S. nuclear quadrupolar resonance, autoregressive model, maximum entropy method. 101-111

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... cryogenic thermometers //Cryogenics. 1998. Vol. 38. P. 221—225. 5. AVS-47 AC-resistance bridge, Instruction manual, 1996. 6. Lounasmaa O. V. Experimental principles and methods below 1K, Academic press. London ; New York, 1974. Sheludyakov S., Kupriyanova G., Ahokas J., Vasiliev S. A. Low-temperature physics, thermometry below 1K, resistance thermometry 109-115

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... orthorhombic perovskites // Phys. Rev. 2010. B N   81 . 144418. 17 . Zakeri Kh., Barsukov I., Utochkina N.   K., Römer F.   M. et al. Magnetic properties of epitaxial Fe3Si ∕ MgO(001) thin films // Phys. Rev. 2007. B N   76. 214421. Astashenok A., Kupriyanova G., Goihman A., Zubin А., Orlova A. ferromagnetic resonance, spintronics. 60-68

... Nicolet M.   A. Backscattering Spectrometry: New York , Academic Press, P. 384 (1978). 17. L . Haggstrom et al . // Hyp. Int. 5, 201 (1978) . 18. Mantovan R., Fanciulli M., Zenkevich A., Goikhman A., Nevolin N. (unpub­lished). Goihman A.Yu., Kupriyanova G. S., Prohorenko E. E., Chernenkov O. V. ferromagnetic resonance, magnetic tunneling junction, hysteresis. 81-88