A multi-physics numerical model for laser-induced optical breakdown and laser-plasma
interaction in a non-equilibrium gas is presented, accounting for: production of priming …

This study compares the performance of a laser ignition system vis-à-vis a conventional
electrical spark ignition system in a constant volume combustion chamber. A custom-built …

The paper presents a review of modern works on gasdynamic flow control using a highly
nonequilibrium pulsed plasma. The main attention is paid to the effects based on ultrafast …

The mechanisms controlling the hydrodynamic effects induced by nanosecond pulsed
discharges applied between two pin electrodes in air at atmospheric conditions are …

A two-dimensional mathematical model of dual-pulse laser ignition that self-consistently
integrates Navier-Stokes, translational and vibrational energy, and neutral and charged …

Research has shown that the ignition characteristics of laser-induced plasmas in fuel-air
mixtures are influenced by the gas dynamics effects induced during the gas breakdown …

The research has examined the effects of CO 2 dilution on ignition characteristics in H 2/air
mixtures. An ignition kernel was initiated by a laser-induced plasma in H 2/air/CO 2 mixtures …

A non-equilibrium model for laser-generated plasmas is used to represent collinear dual
nano-second-pulse interactions. In the specific case considered, the breakdown is initiated …

A focused laser can cause local optical breakdown of a gas, which leads to rapid deposition
of energy into a high-temperature plasma kernel that expands and induces a complex flow …

Проведен обзор современных работ по управлению газодинамическими потоками с
помощью сильнонеравновесной импульсной плазмы. Основное внимание уделено …