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A. T. Komov
Observed names:
A T Komov,
A. Komov,
A.T. Komov,
Aleksandr T. Komov,
Комов Александр Тимофеевич
Institution:
Moscow Power Engineering Institute
Observed institutions:
Moscow Power Engineering Institute,
Kurchatov Institute,
Zvezda (Russia),
Market Economy Institute,
D.V.Efremov Institute of Electrophysical Apparatus (Russia),
National Research Nuclear University MEPhI
show all 6
OpenAlex ID:
A5113969501
An experimental study of flow boiling in minichannels at high reduced pressure
2017
·
A.V. Belyaev
, A.N. Varava
, et al.
·
International Journal of Heat and Mass Transfer
·
24
Complex of lithium and tungsten limiters for 3 MW of ECR plasma heating in T-10 tokamak. Design, first results
2017
·
I.E. Lyublinski
, A.V. Vertkov
, et al.
·
Nuclear Fusion
·
22
PDF
Impact of liquid metal surface on plasma-surface interaction in experiments with lithium and tin capillary porous systems
2020
·
V.P. Budaev
, I.E. Lyublinsky
, et al.
·
Nuclear Materials and Energy
·
14
PDF
Critical heat flux at flow boiling of refrigerants in minichannels at high reduced pressure
2018
·
A.V. Belyaev
, A.N. Varava
, et al.
·
International Journal of Heat and Mass Transfer
·
14
Investigation of hydraulic drag and heat transfer in a single-phase swirl flow under one-sided heating
2006
·
A. N. Varava
, A. V. Dedov
, et al.
·
High Temperature
·
14
Study of pressure drop and heat transfer in a swirl flow with one-sided heating in a range of heat flowrates below boiling crisis
2009
·
A. N. Varava
, A. V. Dedov
, et al.
·
Thermal Engineering
·
13
High-heat flux tests of tungsten divertor mock-ups with steady-state plasma and e-beam
2020
·
V.P. Budaev
, S.D. Fedorovich
, et al.
·
Nuclear Materials and Energy
·
10
PDF
The Use of Dispersed Gas-liquid Flow for Cooling of the Tokamak T-10 Liquid Metal Limiter
2018
·
Federal State Unitary Enterprise «Red Star»
, A.V. Vertkov
, et al.
·
Problems of Atomic Science and Technology Ser Thermonuclear Fusion
·
10
PDF
Model heating of the injection system beam receptacle fragments in fusion facilities by the scanning electron beam in the studies of critical thermal operating conditions
1995
·
V. K. Naumov
, N. N. Semashko
, et al.
·
Plasma devices and operations
·
9
Heat transfer in a pipe under asymmetric heating under conditions of forced motion of subcooled liquid
2000
·
A. T. Komov
, A. S. Barashkov
, et al.
·
High Temperature
·
8
Finite-difference approximation of the adiabatic cross-section technique in a numerical analysis of the single-side heating process of a cooled pipe with the twisted tapeinside by an external heat flux pulse
1995
·
V. K. Naumov
, N. N. Semashko
, et al.
·
Plasma devices and operations
·
7
Innovative method of cooling and thermostabilization of tokamak elements with capillary-porous structures
2017
·
S V Mirnov
, A T Komov
, et al.
·
Journal of Physics Conference Series
·
6
PDF
Investigation of heat transfer and pressure drop in an annular channel with heat transfer intensifiers
2015
·
E. A. Boltenko
, A. N. Varava
, et al.
·
Thermal Engineering
·
6
Experimental investigation of critical heat flux under boiling in subcooled swirling flow under conditions of one-sided heating
2009
·
A. N. Varava
, A. V. Dedov
, et al.
·
High Temperature
·
6
Experimental Investigations of Heat Transfer in a Subcooled Twisted Flow
2007
·
A. T. Komov
, A. N. Varava
, et al.
·
Heat Transfer Research
·
6
Assessment of radiation damage of the first wall of a fusion neutron source DEMO-FNS with a blanket for the transmutation of minor actinides
2021
·
A.V. Zhirkin
, V.P. Budaev
, et al.
·
Nuclear Fusion
·
5
Method of adiabatic cross-section and its application for estimating the thermophysical and thermostrength parameters of high density beam dumps in the iter injection system
1999
·
V. K. Naumov
, A. A. Panasenkov
, et al.
·
Plasma devices and operations
·
5
Processes Occurring in a Coolant Spray Cone
2023
·
A. T. Komov
, A. V. Zakharenkov
, et al.
·
High Temperature
·
4
Modification of the adiabatic crosssection technique for calculation of pipes containing twisted tapes under asymmetric heating by an external stationary heat flux with a high power density
1996
·
V. K. Naumov
, N. N. Semashko
, et al.
·
Plasma devices and operations
·
4
Distinctive Features of Heat Transfer During the Cooling of the Working Section by a Dispersed Flow
2021
·
S. V. Mirnov
, A. N. Varava
, et al.
·
Journal of Engineering Physics and Thermophysics
·
3
Studying heat transfer during impulse heating of model fragments of fuel rod claddings
2011
·
A. A. Stakhanova
, A. N. Varava
, et al.
·
Thermal Engineering
·
3
A physical model for prediction of critical heat fluxes in boiling in swirling subcooled flow under nonuniform heating
2000
·
A. T. Komov
·
High Temperature
·
3
Analysis of the Effectiveness of Cooling a High-Temperature Surface with a Dispersed Coolant Flow
2024
·
D. A. Groo
, A. S. Demidov
, et al.
·
Thermal Engineering
·
2
Heat transfer of a modified surface with a dispersed coolant flow
2023
·
A.T. Komov
, A.V. Dedov
, et al.
·
E3S Web of Conferences
·
2
PDF
Heat Removal and Thermal Stabilization of High-temperature Surfaces by a Dispersed Coolant Flow
2021
·
NRU MPEI
, Valentin S. Shteling
, et al.
·
Vestnik MEI
·
2
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Works count:
76
Citation count:
229
H-index:
9
I10-index:
8
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