Follow
Goncharov I.O.
Goncharov I.O.
Paton Electric welding institute NASU
Verified email at paton.kiev.ua
Title
Cited by
Cited by
Year
Structural study of sodium silicate glasses and melts
AO Davidenko, VE Sokol’skii, AS Roik, IA Goncharov
Inorganic Materials 50, 1289-1296, 2014
162014
Welding Fluxes: Structural and physicochemical aspects of slag melts
V Sokol’skii, V Kazimirov, V Lisnyak, OS Roik, IA Goncharov, VI Galinich
PPC “The University of Kyiv”, Kiev, 240, 2015
102015
X-ray diffraction and SEM/EDX studies on technological evolution of the oxide-fluoride ceramic flux for submerged arc-surfacing
VE Sokolsky, AS Roik, AV Davidenko, VP Kazimirov, VV Lisnyak, ...
Journal of Mining and Metallurgy, Section B: Metallurgy 48 (1), 101-113, 2012
92012
The phase evolution at high-temperature treatment of the oxide-fluoride ceramic flux
VE Sokolsky, OS Roik, AO Davidenko, VP Kazimirov, VV Lisnyak, ...
Research Journal of Chemical Sciences …, 2014
82014
Slag in the process of ESR: executive part and urgent tasks
L Medovar, J Zhouhua, G Stovpchenko, L Lisova
Abstract of Ninth International Conference on Molten Slags, Fluxes and Salts …, 2012
82012
Formation of spinel in melt of the MgO-Al2O3-SiO2-CaF2 system agglomerated welding flux and its effect on viscosity of slag
IA Goncharov, VE Sokolsky, AO Davidenko, VI Galinich, DD Mishchenko
The Paton Welding J 12, 18-25, 2012
82012
Investigation of structure of CaO-Al2O3-SiO2 melts as a basis for the development of new agglomerated welding fluxes and industrial refractories
D Pruttskov, V Busko, V Kazimirov, O Roik, A Chyrkin, V Galinich, ...
Journal of Mining and Metallurgy, Section B: Metallurgy 54 (2), 133-133, 2018
72018
The effect of spinel formation in the ceramic welding fluxes on the properties of molten slag
AO Davidenko, VE Sokolsky, VV Lisnyak, OS Roik, IA Goncharov, ...
Research Journal of Chemical Sciences …, 2015
72015
Prediction of thermodynamic properties of melts of MgO—Al2O3—SiO2—CaF2 system
IA Goncharov, VI Galinich, DD Mishchenko, MA Shevchenko, ...
The Paton Welding J 10, 2-4, 2011
72011
About the form of hydrogen existence in welding fused fluxes
IA Goncharov, AP Paltsevich, VS Tokarev, TS Veblaya, NP Kharchenko
PATON WELDING JOURNAL C/C OF AVTOMATICHESKAIA SVARKA 2001 (4), 27-30, 2001
62001
Thermodynamic analysis of slag melts in manufacture of fused welding fluxes
LA Zhdanov, AN Duchenko, IA Goncharov, VI Galinich, AV Zalevsky, ...
The Paton Welding J 11, 23-27, 2012
52012
Агломерированные флюсы—новая продукция завода ОАО «Запорожстеклофлюс»
ВВ Головко, ВИ Галинич, ИА Гончаров, НЯ Осипов, ВИ Нетяга, ...
Автоматическая сварка, 2008
52008
О форме существования водорода в сварочных плавленых флюсах
ИА Гончаров, АП Пальцевич, BC Токарев, ТС Веблая, НП Харченко
Автоматическая сварка, 2001
52001
Physico-chemical properties of the ESR slags system CaF2-Al2O3-(MgO, TiO2)
GP Stovpchenko, LO Lisova, IO Goncharov, IV Gusiev
Journal of Achievements in Materials and Manufacturing Engineering 89 (2), 64-72, 2018
42018
Образование шпинели в расплаве агломерированного сварочного флюса системы MgO–Al₂O₃–SiO₂–CaF₂ и ее влияние на вязкость шлака
ИА Гончаров, ВЭ Сокольский, АО Давиденко, ВИ Галинич, ...
Автоматическая сварка, 2012
42012
Effect of hydrogen in low-alloyed weld metal on pore formation in submerged arc welding
I Goncharov
Avtomaticheskaya Svarka(Ukraine) 7, 21-23, 2001
32001
Efficiency of using cored graphitized electrodes on electric arc furnaces of direct current
АG Bogachenko, DD Mishchenko, IO Goncharov, VI Braginets, IA Neylo, ...
Advances in Materials Science 23 (1), 82-97, 2023
22023
Флюс для электродуговой наплавки, обеспечивающий высокотемпературную отделимость шлакового покрытия
НМ Стреленко, ЛА Жданов, ИА Гончаров
Автоматическая сварка, 2014
22014
Прогнозирование термодинамических свойств расплавов системы CaO–Al₂O₃
ИА Гончаров, ВИ Галинич, ДД Мищенко, ВС Судавцова
Автоматическая сварка, 2014
22014
Prediction of thermodynamical properties of melts of CaO—Al2O3 system
IA Goncharov, VI Galinich, DD Mishchenko, VS SUDAVTSOVA
The Paton Welding J 4, 26-29, 2014
22014
The system can't perform the operation now. Try again later.
Articles 1–20