Energy deposition via laser-induced breakdown (LIB) in gases or other media and its
accompanying secondary light and sound radiative processes are nowadays increasingly …

Laser surface treatment (LST) presents notable advantages such as the flexibility to process
complex shapes, high material adhesion, and small heat-affected zone. The ongoing …

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 present contribution examines the impact of plasma dynamics and plasma-driven fluid
dynamics on the flame growth of laser ignited mixtures and shows that a new dual-pulse …

New measurements of laser ignition energy in flowing turbulent hydrogen air mixture jets are
reported. Successful ignition occurs if the input by the ignition laser within the volume of …

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 …

Diamond coated tools are widely applied in the field of machining, however, its use is strictly
limited by weak coating-substrate adhesion. As an effective method to generate functional …

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