Alexander Ivashutenko
机构: НИ ТПУ ЭНИН каф. ЭПП
每年引用次数
引用次数
引用: 869
H-指数: 16
I10-指数 : 25
出版物: 195
Preceramic Paper-Derived SiCf/SiCp Composites Obtained by Spark Plasma Sintering: Processing, Microstructure and Mechanical Properties
Ke Li , Egor Kashkarov , Maxim Syrtanov , Elizaveta Sedanova
Materials 13 ( 3) 607
5
2020
Fabrication of paper‐derived Ti3SiC2‐based materials by spark plasma sintering
Egor B Kashkarov , Maxim S Syrtanov , Elizaveta P Sedanova , Alexander S Ivashutenko
Advanced Engineering Materials 22 ( 6) 2000136
19
2020
Expanding the scope of SiC ceramics through its surface modification by different methods
DV Feoktistov , GV Kuznetsov , AA Sivkov , AS Ivashutenko
Surface and Coatings Technology 435 128263
5
2022
Spark plasma sintering of Nb/Ti3Al (Si) C2-TiC laminated composites
EB Kashkarov , DG Krotkevich , AV Abdulmenova , AS Ivashutenko
Materialia 27 101673
2023
Influence of roughness on polar and dispersed components of surface free energy and wettability properties of copper and steel surfaces
GV Kuznetsov , AG Islamova , EG Orlova , AS Ivashutenko
Surface and Coatings Technology 422 127518 -127518
50
2021
Plasma dynamic synthesis of titanium dioxide with controlled particle size distribution
AA Sivkov , Yu N Vympina , IA Rahkmatullin , AS Ivashutenko
Journal of Surface Investigation: X-ray, Synchrotron and Neutron Techniques 16 ( 1) 42 -47
2
2022
Plasma-dynamic synthesis of cubic tungsten carbide–a promising co-catalyst for hydrogen production
II Shanenkov , AA Sivkov , AS Ivashutenko , DS Nikitin
2021
Preparation of ultrafine Cu3Si in high-current pulsed arc discharge
A Ya Pak , KN Shatrova , NE Aktaev , AS Ivashutenko
Nanotechnologies in Russia 11 ( 9-10) 548 -552
3
2016
Plasma dynamic synthesis of ultradisperse copper oxide under atmospheric conditions
AA Sivkov , AS Ivashutenko , OB Nazarenko , AS Saigash
Inorganic Materials: Applied Research 7 ( 3) 354 -362
1
2016
Obtaining a Material Based on β-SiC and Carbon Fibers Using an Electric Arc Technique
A Ya Pak , AS Ivashutenko , AA Zakharova , OA Bolotnikova
Inorganic Materials: Applied Research 10 ( 4) 836 -840
1
2019
Effect of the Type of Inert Gas on the Plasma Dynamic Synthesis of Iron Oxides
AI Tsimmerman , II Shanenkov , AA Sivkov , AS Ivashutenko
Bulletin of the Russian Academy of Sciences: Physics 86 ( 10) 1224 -1229
2
2022
On the possibility of obtaining powder of titanium dioxide synthesized by plasma dynamic method
AA Sivkov , Yu N Vympina , AS Ivashutenko , IA Rakhmatullin
Inorganic Materials: Applied Research 12 964 -969
2
2021
Studying the Effect of Supplied Energy on the Phase Composition of the Product of Plasma Dynamic Synthesis in a Ti–O System
AA Sivkov , Yu N Vympina , IA Rakhmatullin , AS Ivashutenko
Bulletin of the Russian Academy of Sciences: Physics 86 ( 10) 1242 -1245
1
2022
Study of particles of plasma dynamic synthesis product in the Ti-O system by high-resolution transmission electron microscopy
AA Sivkov , YN Vympina , IA Rakhmatullin , AS Ivashutenko
Journal of Physics: Conference Series 2064 ( 1) 012091 -012091
1
2021
Plasmadynamic synthesis of ultradispersed soft magnetic materials in the system “iron-oxygen”
II Shanenkov , AA Sivkov , AS Ivashutenko ,
2016
Influence of energy parameters on the product of plasmodynamic synthesis of ZnO
AA Sivkov , AS Ivashutenko , IA Rakhmatullin , Yu L Shanenkova
Journal of Physics: Conference Series 1115 042063
2018
Comparative Evaluation of Spark Plasma and Conventional Sintering of NiO/YSZ Layers for Metal-Supported Solid Oxide Fuel Cells
AS Ivashutenko , IV Ionov , AS Maznoy , AA Sivkov
High Temperature Materials and Processes 37 ( 4) 351 -356
1
2018
Study of the Phase Composition and Structure of the Nanodispersed Al–O Powder Produced by a Plasmodynamic Method
AA Sivkov , AS Ivashutenko , IA Rakhmatullin , Yu L Shanenkova
Nanotechnologies in Russia 13 ( 1-2) 76 -83
1
2018
Multi-Pulse Operation of Coaxial Magnetic Plasma Accelerator for Dynamic Synthesis of Iron Oxide Powder
AA Sivkov , II Shanenkov , AS Ivashutenko , MI Gukov
Russian Physics Journal 62 ( 6) 1001 -1008
2019
Effect of Oxygen Concentration in a Gaseous Mixture with Argon on the Phase Composition of Plasmodynamic Synthesis Products in an Iron–Oxygen System
AA Sivkov , II Shanenkov , AS Ivashutenko , AM Murzakaev
Nanotechnologies in Russia 12 ( 7-8) 352 -359
2017