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Nikolay OvsyukGroup of physical properties of minerals (lab. 436) Institute of Geology and Mineralogy Siberian Branch of Russian Academy of Sciences Publications in pdf format |
This page contains access to PDF versions of some of my publications.
The copyright on the papers is held by the journals, and copies should only be made following the usual copyright rules regarding copying journal papers (personal use only, only single copies to be made, etc.).
Click on the red button to get PDF versions of papers.
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1. Multioscillation electroreflection spectra of
germanium IG Neizvestny, NN Ovsyuk, and MP Sinyukov JETP Letters 24, 359 (1976) (Text in Russian) | |
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2. Multioscillation spectra of electroreflectance of
germanium. Effects of band nonparabolicity NN Ovsyuk and MP Sinyukov JETP (J of Exper. and Theoret. Physics) 48, 542 (1978) | |
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3. Effect
of quantization on electroreflectance spectra in the surface region of a semiconductor NN Ovsyuk and MP Sinyukov JETP Letters 32, 342 (1980) (43k) (Text in Russian) | |
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4. Oscillating electroreflectance of germanium with allowance for electron-hole Coulomb interaction OA Makarov, NN Ovsyuk, and MP Sinyukov JETP 57, 1318 (1983) (166k) | |
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5. Energy
dependence of the relaxation time of electrons and holes in germanium. Anisotropy effects NN Ovsyuk JETP Letters 38, 149 (1983) (90k) (Text in Russian) | |
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6. Low-frequency Raman scattering by small
semiconductor particles NN Ovsyuk, EB Gorokhov, VV Grishchenko, and AP Shebanin JETP Letters 47, 298 (1988) (173k) (Text in Russian) | |
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7. Low-frequency Raman scattering by volume vibrations
of microcrystals NN Ovsyuk, LM Krivoputskaya, and AP Shebanin JETP Letters 48, 678 (1988) (76k) (Text in Russian) | |
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8. On the Additional Peak in the Photoluminescence Spectrum of Mercuric Iodide NN Ovsyuk Physica Status Solidi (b) 168, K91 (1991) (231k) | |
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9. Absorption by fractons in the far infrared VN Novikov and NN Ovsyuk Phys. Solid State 34, 1220 (1992) (119k) (Text in Russian) | |
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10. Low-frequency Raman scattering by thin semiconductor films NN Ovsyuk and VN Novikov JETP Letters 57, 387 (1993) (70k) (Text in Russian) | |
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11. Size
quantization of acoustic phonons in microcrystals surrounded by an elastic matrix NN Ovsyuk and VN Novikov JETP Letters 62, 648 (1995) (Text in Russian) | |
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12. Influence of glass matrix on acoustic phonons confined in microcrystals NN Ovsyuk and VN Novikov Physical Review B 53, 3113 (1996) (148k) | |
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13. Influence of the degree of disorder of amorphous solids on the intensity of light scattering by acoustic phonons NN Ovsyuk and VN Novikov JETP 87, 175 (1998) (84k) (Text in Russian) | |
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14. Influence of structural disorder on Raman scattering in amorphous porous silicon NN Ovsyuk and VN Novikov Physical Review B 57, 14615 (1998) (105k) | |
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15. High-pressure twisting of tetrahedra and amorphization in α -quartz NN Ovsyuk and SV Goryainov Physical Review B 60, 14481 (1999) (44k) | |
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16. Twisting
of α -quartz tetrahedra at
pressures near the transition to the amorphous state SV Goryainov and NN Ovsyuk JETP Letters 69, 467 (1999) (34k) (Text in Russian) | |
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17. Role of
internal pressure in a ferroelastic phase transition SV Goryainov and NN Ovsyuk JETP 91, 786 (2000) (112k) (Text in Russian) | |
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18. Mechanism of the formation of a soft mode in ferroelastic phase transition SV Goryainov and NN Ovsyuk JETP Letters 73, 408 (2001) (301k) (Text in Russian) | |
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19. Mechanism of occurance of soft mode at proper
ferroelastic phase transitions NN Ovsyuk and SV Goryainov Physical Review B 66, 012102 (2002) (53k) | |
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20. Driving
force for the proper ferroelastic phase transitions induced by cation exchange NN Ovsyuk and SV Goryainov Europhysics Letters 64, 351 (2003) (222k) | |
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21. Role of
internal pressure in a ferroelastic phase transition NN Ovsyuk and SV Goryainov European Journal of Mineralogy 17, 215 (2005) (421k) | |
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22. Amorphous - amorphous phase transition in zeolites NN Ovsyuk and SV Goryainov JETP Letters 83, 109 (2006) (149k) (Text in Russian) | |
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23. In
situ observation of amorphous-amorphous apparently first-order phase transition in zeolites Nikolay Ovsyuk and Sergei Goryainov Applied Physics Letters 89, 134103 (2006) (73.3k) | |
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24.
Ferroelastic phase transitions NN Ovsyuk in «Pressure-Induced Phase Transitions» (ed. by A. Grzechnik), Transworld Research Network, India, 2007, p.75 (360k) | |
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25. Preparation of Perfect Glasses from Zeolites NN Ovsyuk Bulletin of the Russian Academy of Sciences: Physics 72, 1433 (2008) (119k) (Text in Russian) | |
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26. Inelastic Light Scattering by Acoustic Phonons in Quantum Dots and Quantum Films NN Ovsyuk Bulletin of the Russian Academy of Sciences: Physics 73, 871 (2009) (162k) (Text in Russian) | |
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27. Studying the
initial stage of nucleation with low-frequency Raman scattering NN Ovsyuk Europhysics Letters 89, 26001 (2010) (509k) | |
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28. Features of the Formation of Silicon Nanocrystals upon the Annealing of SiO2 Layers Implanted with Si Ions NN Ovsyuk, Venu Mankad et al. Bulletin of the Russian Academy of Sciences: Physics 75, 601 (2011) (502k) (Text in Russian) | |
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29. Low-frequency Raman scattering
from Si/Ge nanocrystals in different matrixes caused by acoustic phonon quantization Venu Mankad, SK Gupta, Prafulla K Jha, NN Ovsyuk, and GA Kachurin Journal of Applied Physics 112, 054318 (2012) (1.34M) | |
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30. A first principles lattice dynamics and Raman
spectra of the ferroelastic rutile to CaCl2 phase transition in SnO2 at high pressure Sanjay D Gupta, Sanjeev K Gupta, Prafulla K Jha, NN Ovsyuk Journal of Raman Spectroscopy 44, 926 (2013) (1.32M) | |
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31. Photoluminescence and Raman scattering of silicon nanopowders NN Ovsyuk, VA Volodin and Prafulla K Jha Bulletin of the Russian Academy of Sciences: Physics 77, 1204 (2013)(234k) (Text in Russian) | |
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32. Unexpected features of the formation of Si and Ge nanocrystals during annealing of implanted SiO2 layers: Low frequency Raman spectroscopic characterization Venu Mankad, NN Ovsyuk, Sanjeev K Gupta, Prafulla K Jha Physica B 432, 116 (2014) (1.10M) | |
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33. Raman-Brillouin scattering from a thin Ge layer: Acoustic phonons for probing Ge/GeO2 interfaces L Yaacoub, S Schamm-Chardon, NN Ovsyuk, A Zwick, and J Groenen Applied Physics Letters 104, 061601 (2014) (521k) | |
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34. Studying thin Ge films and Ge/GeO2 interfaces by means of Raman–Brillouin scattering L Yaacoub, S Schamm-Chardon, NN Ovsyuk, A Zwick, and J Groenen Bulletin of the Russian Academy of Sciences: Physics 79, 1397 (2015)(1.47 M) (Text in Russian) | |
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35. Raman Scattering in
Lonsdaleite SV Goryainov, A Yu Likhacheva and NN Ovsyuk JETP 127, 20 (2018) (559k) (Text in Russian) | |
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36. Raman scattering of impact
diamonds NN Ovsyuk, SV Goryainov and A Yu Likhacheva Diamond & Related Materials 91, 207 (2019) (1.24 M) (Text in Russian) | |
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37. Raman spectra of Si nanocrystals under high pressure: Metallization and solid state amorphization NN Ovsyuk and SG Lyapin Applied Physics Letters 116, 062103 (2020) (1.00 M) (Text in Russian) |
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Group
of physical properties of minerals (lab. 436) |
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