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Pavel B. Lavrov
Observed names:
Lavrov P.B.,
P. B. Lavrov,
Pavel Lavrov,
П. Б. ЛАВРОВ,
П.Б. Лавров
Institution:
Russian Academy of Sciences
Observed institution:
Russian Academy of Sciences
OpenAlex ID:
A5039635992
Induced field of an electromagnetic vibrator above a conducting screen placed in a microwave beam
2012
·
L. P. Grachev
, I. I. Esakov
, et al.
·
Technical Physics
·
12
Multi-point ignition of air/fuel mixture by the initiated subcritical streamer discharge
2021
·
Pavel Bulat
, Pavel Chernyshov
, et al.
·
Acta Astronautica
·
9
Ignition of a Fuel Mixture Using a Multipoint Pulsed Spark Discharge under Various Initial Conditions
2021
·
P. V. Bulat
, K. N. Volkov
, et al.
·
Technical Physics
·
6
Comparison of the Energy Efficiency of Ignition of a Fuel Mixture by Spark and Streamer Discharges
2021
·
P. V. Bulat
, K. N. Volkov
, et al.
·
Technical Physics Letters
·
5
Influence of the Pressure and Composition of the Fuel Mixture on its Ignition by a Subcritical Streamer Discharge
2022
·
P. V. Bulat
, K. N. Volkov
, et al.
·
Journal of Engineering Physics and Thermophysics
·
4
Excitation of a system of electromagnetic oscillators in the field of a remote microwave radiation source. Part 1. High-Q systems
2012
·
I. I. Esakov
, P. B. Lavrov
, et al.
·
Journal of Communications Technology and Electronics
·
4
Regular set of gas discharges on the surface of a dielectric in a quasi-optical microwave beam
2012
·
K. V. Aleksandrov
, I. I. Esakov
, et al.
·
Technical Physics
·
3
Excitation of a system of electromagnetic oscillators in the field of a remote microwave radiation source. Part 2. Low-Q systems
2012
·
I. I. Esakov
, P. B. Lavrov
, et al.
·
Journal of Communications Technology and Electronics
·
3
Atmospheric-Pressure Reverse-Vortex Microwave Plasma Torch
2011
·
Boris P. Lavrov
, Pavel B. Lavrov
, et al.
·
IEEE Transactions on Plasma Science
·
2
Boundary-Layer Control Based on Localized Plasma Generation: Development of the Microwave System
2010
·
Igor Esakov
, Lev Grachev
, et al.
·
AIAA Aerospace Sciences Meeting
·
2
Action of an Electron Beam and an External Electric Field on a Propane–Air Mixture
2024
·
P. V. Bulat
, K. N. Volkov
, et al.
·
Journal of Engineering Physics and Thermophysics
·
1
Electrodynamic Model of a Combustion Chamber with an Initiator of a Subcritical Streamer Discharge Positioned Parallel to the Optical Axis of the Chamber
2023
·
P. V. Bulat
, K. N. Volkov
, et al.
·
Journal of Engineering Physics and Thermophysics
·
1
Use of a Resonant Vibrator Positioned Perpendicularly to the Optical Axis of a Combustion Chamber for Amplification of the Electromagnetic Field in it
2023
·
P. V. Bulat
, K. N. Volkov
, et al.
·
Journal of Engineering Physics and Thermophysics
·
1
Сравнение энергетической эффективности воспламенения топливной смеси искровым и стримерным разрядами
2021
·
П.В. Булат
, К.Н. Волков
, et al.
·
Письма в журнал технической физики
·
1
PDF
Воспламенение топливной смеси с помощью многоточечного импульсного искрового разряда при различных начальных условиях
2021
·
П.В. Булат
, К.Н. Волков
, et al.
·
Журнал технической физики
·
1
PDF
Active Flow Control with MW-Generated Thermal Fields: Electrodynamic Modelling
2011
·
Igor Esakov
, Pavel Lavrov
, et al.
·
AIAA Aerospace Sciences Meeting
·
1
Electrodynamic Problems of Boundary-Layer Control Method Based on Array of Microwave-Heated Elements
2010
·
Igor Esakov
, Kirill Khodataev
, et al.
·
AIAA Aerospace Sciences Meeting
·
1
Numerical Simulation of the Ignition of a Fuel Mixture by a Distributed Subcritical Streamer Discharge and its Burning in a Channel
2023
·
P. V. Bulat
, K. N. Volkov
, et al.
·
Journal of Engineering Physics and Thermophysics
Possibilities of Amplifying the Electromagnetic Field at the Poles of the Microwave Discharge Initiator to form Discharges with a Developed Streamer Structure
2023
·
P. V. Bulat
, K. N. Volkov
, et al.
·
Journal of Engineering Physics and Thermophysics
Ignition of a Fuel Mixture with a Spark and Initiated Streamer Discharge under Various Conditions
2022
·
P. V. Bulat
, K. N. Volkov
, et al.
·
High Temperature
Снижение порога пробоя воздуха подкритическим стримерным разрядом при размещении инициатора разряда вблизи металлического экрана
2022
·
П.В. Булат
, К.Н. Волков
, et al.
·
Письма в журнал технической физики
PDF
Электродинамическая модель камеры сгорания, использующей инициированный подкритический стримерный разряд для поджигания топливной смеси
2022
·
П.В. Булат
, К.Н. Волков
, et al.
·
Журнал технической физики
PDF
Decrease of the air breakdown threshold by the subcritical streamer discharge when the initiator is placed near the metal screen
2022
·
Bulat P.V.
, Volkov K.N.
, et al.
·
Письма в журнал технической физики
Electrodynamic model of combustion chamber using subcritical streamer discharge to ignite fuel mixture
2022
·
Bulat P. V.
, Volkov K. N.
, et al.
·
Журнал технической физики
PDF
Инициирование Развитого Стримерного Разряда На Внутренней Поверхности Диэлектрической Трубки
2018
·
Московский радиотехнический институт Российской академии наук
, П. Б. ЛАВРОВ
, et al.
·
International Symposium on Nonequilibrium Processes, Plasma, Combustion, and Atmospheric Phenomena (NEPCAP)
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Works count:
32
Citation count:
57
H-index:
4
I10-index:
1
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