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Volodymyr Shatalov
Volodymyr Shatalov
Freelancer
Email verificata su imp.kiev.ua - Home page
Titolo
Citata da
Citata da
Anno
Hidden revolution of human priorities: An analysis of biographical data from Wikipedia
I Reznik, V Shatalov
Journal of informetrics 10 (1), 124-131, 2016
252016
Fine structure of angle-resolved secondary electron emission spectra in silicon
VM Shatalov, OF Panchenko, OM Artamonov, AG Vinogradov, ...
Solid state communications 68 (8), 719-722, 1988
251988
Дегазация биожидкостей как механизм биологического действия слабых электромагнитных полей
ВМ Шаталов
Біофізичний вісник.–2009.–Вип 23 (2), 92-99, 2009
242009
Mechanism of the biological impact of weak electromagnetic fields and the in vitro effects of blood degassing
VM Shatalov
Biophysics 57 (6), 808-813, 2012
232012
Degassing of Bioliquids in Low Electromagnetic Fields
V Shatalov, I Noga, A Zinchenko
Electronic Journal of Biology 6 (3), 67-72, 2010
142010
Gas separation of hydrogen isotopes by means of multicell metal membrane
VV Rumyantsev, VM Shatalov, GY Misuna
Desalination 148 (1-3), 293-296, 2002
142002
Bubbles induced fluctuations of some properties of aqueous solutions
VM Shatalov, AE Filippov, IV Noga
Biophysics 57, 421-427, 2012
112012
Дегазация плазмы крови меняет скорость оседания эритроцитов
АА Зинченко, ВМ Шаталов
УЧЕНЫЕ ЗАПИСКИ, 95, 2010
112010
Effect of electron band structure on energy distribution of secondaries in silicon
VM Shatalov, OF Panchenko
Solid state communications 69 (9), 937-940, 1989
101989
Degassing as the mechanism of thermal electromagnetic fields effect on water and bioliquids
V Shatalov
Donetsk. Pp, 1-18, 2009
92009
Energy distribution for secondary electrons in a simple metal
VM Shatalov
Solid state communications 59 (1), 53-56, 1986
91986
The influence of high pressure on bio-system reaction kinetics and the preservation of vitamin C
V Sukhmanov, V Shatalov, J Petrova, A Birca, L Gaceu
LWT-Food Science and Technology 58 (2), 375-380, 2014
62014
Band structure and electron-electron interaction in low-energy secondary emission spectra of the (100),(110), and (111) tungsten surfaces
VV Korablev, YA Kudinov, OF Panchenko, LK Panchenko, VM Shatalov
Physics of the Solid State 36 (8), 1290-1293, 1994
61994
FeO double-well potential as a result of spin density redistribution
OV Gornostaeva, VM Shatalov, YG Pashkevich
JETP letters 89, 167-169, 2009
52009
Low energy target current spectroscopy of platinum
SA Komolov, OF Panchenko, VM Shatalov
Fizika Tverdogo Tela 34 (11), 3489-3492, 1992
51992
Manifestation of the energy band structure of silicon in the low-energy spectra of the total current obtained from (100) and (111) surfaces
SA Komolov, OF Panchenko, VM Shatalov
Soviet physics. Solid state 34 (4), 665-667, 1992
51992
Photon emission from electron-bombarded germanium
VM Shatalov, OF Panchenko, KN Pilipchak, EV Zolotukhin
Fizika Tverdogo Tela 31 (4), 285-286, 1989
51989
Mechanism of the biological impact of weak electromagnetic fields and in vitro effects of degassing of blood
VM Shatalov
Biofizika 57 (6), 1034-1040, 2012
42012
Inadequacy of the Direct Interband Transition Scheme Applied to Valence Semiconductor Fundamental Absorption Spectra
VM Shatalov, VA Telezhkin, KB Tolpygo
physica status solidi (b) 87 (1), 79-86, 1978
41978
Dispersion law of excitons in diamond‐type crystals. Long‐wavelength approximation
KB Tolpygo, VM Shatalov
physica status solidi (b) 72 (1), K43-K47, 1975
41975
Il sistema al momento non può eseguire l'operazione. Riprova più tardi.
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