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Nemtsev I. V. Shabanova O. V. Tambasov I. A. Ivanenko A. A. Cherepakhin A. V. Shestakov N. P. Zyryanov V. Ya. 《Journal of Structural Chemistry》2021,62(4):641-650
Journal of Structural Chemistry - Series of high-quality spherical poly(methyl methacrylate) particles with a polydispersity less than 5% are prepared by chain-growth emulsifier-free controlled... 相似文献
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Volochaev M. N. Komogortsev S. V. Myagkov V. G. Bykova L. E. Zhigalov V. S. Shestakov N. P. Velikanov D. A. Smolyakov D. A. Luk’yanenko A. V. Rachek V. B. Loginov Yu. Yu. Tambasov I. A. Matsynin A. A. 《Physics of the Solid State》2018,60(7):1425-1431
The results of structural and magnetic investigations of nanogranular Co–Al2O3 films formed from Co3O4/Al thin-film layered structures upon vacuum annealing are reported. The Co3O4/Al films have been obtained by sequential reactive magnetron sputtering of a metallic cobalt target in a medium consisting of the Ar + O2 gas mixture and magnetron sputtering of an aluminum target in the pure argon atmosphere. It is shown that such a technique makes it possible to obtain nanogranular Co–Al2O3 single- and multilayer thin films with a well-controlled size of magnetic grains and their distribution over the film thickness.
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Tambasov I. A. Voronin A. S. Evsevskaya N. P. Kuznetsov Yu. M. Luk’yanenko A. V. Tambasova E. V. Gornakov M. O. Dorokhin M. V. Loginov Yu. Yu. 《Physics of the Solid State》2020,62(6):1090-1094
Physics of the Solid State - The single-walled carbon nanotube-based thin films with a thickness from 11 ± 3 to 157 ± 18 nm have been formed using vacuum filtration. The thermal... 相似文献
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V. G. Myagkov L. E. Bykova V. Yu. Yakovchuk V. S. Zhigalov M. N. Volochaev A. A. Matsynin I. A. Tambasov V. A. Seredkin G. S. Patrin G. N. Bondarenko 《JETP Letters》2016,103(4):254-259
Solid-phase transformations at different annealing temperatures in Mn/Bi (Mn on Bi) and Bi/Mn (Bi on Mn) films have been studied using X-ray diffraction, electron microscopy, and magnetic measurements. It has been shown that the synthesis of the α-MnBi phase in polycrystalline Mn/Bi films begins at a temperature of ~120°C and the Mn and Bi layers react completely at 300°C. The resulting α-MnBi(001) samples have a large perpendicular magnetic anisotropy (K u ? 1.5 × 107 erg/cm3) and a coercive force H > H C ~ 3 kOe. In contrast to Mn/Bi, the ferromagnetic α-MnBi phase in Bi/Mn films is not formed even at annealing processes up to 400°C and Mn clusters are formed in a Bi melt. This asymmetry in phase transformations occurs because chemosorbed oxygen existing on the surface of the Mn film in Bi/Mn films suppresses a solid-phase reaction between Mn and Bi. The analysis of the results obtained implies the existence of new low-temperature (~120°C) structural transformation in the Mn–Bi system. 相似文献
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Tambasov I. A. Voronin A. S. Evsevskaya N. P. Volochaev M. N. Fadeev Yu. V. Krylov A. S. Aleksandrovskii A. S. Luk’yanenko A. V. Abelyan S. R. Tambasova E. V. 《Physics of the Solid State》2018,60(12):2649-2655
Physics of the Solid State - Thin films have been produced via a spray method from commercially available single-walled carbon nanotubes (SWCNTs). A SWCNT film thickness has ranged from ~10 to ~80... 相似文献
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Tambasov I. A. Volochaev M. N. Voronin A. S. Evsevskaya N. P. Masyugin A. N. Aleksandrovskii A. S. Smolyarova T. E. Nemtsev I. V. Lyashchenko S. A. Bondarenko G. N. Tambasova E. V. 《Physics of the Solid State》2019,61(10):1904-1909
Physics of the Solid State - Aluminum-doped zinc oxide thin films have been grown by atomic layer deposition at a temperature of 200°C. Using X-ray diffraction, it has been established that... 相似文献
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