Ignition behaviors of close dual-point laser breakdown spark ignition were investigated
experimentally for methane/air mixtures at 0.1 and 1.0 MPa in a constant volume combustion …

Here we present quantitative measurements of total electron numbers in laser-induced air
breakdown at pressures ranging from atmospheric to 40 bar g by 10 ns and 100 ps laser …

There is a growing demand for understanding the physics of surface flashover, as it relates
to the breakdown of electric fields on high power systems in the aerospace community …

Dynamic characteristics of air plasma generated by focused double collinear femtosecond
laser pulses with a time interval of 10 ns are experimentally investigated. The air plasma …

Experimental measurements and analysis of pulsed 1064-nm Nd: YAG laser-induced air
breakdown plasma at 760 torr has been carried out using high-speed and high-resolution …

Measurements and analysis of air breakdown processes and plasma production by focusing
193 nm, 300 mJ, 15 MW high power laser radiation inside a 6 cm diameter helical radio …

Intense laser-plasma interaction, generally characterized by focused laser intensities
exceeding~ 1 TW/cm 2, is a major pillar of plasma physics and nonlinear optics with broad …

The use of laser ignition (LI) in an internal combustion engine as a replacement for
traditional spark ignition (SI) has been researched over the last few decades. These studies …

In this paper, quantitative measurements of the electron number density and threshold
energy for laser-induced breakdown in air at various pressures were conducted by utilizing …

Investigation of Air Plasma Produced by Double Femtosecond Laser Pulses Page 1
Investigation of air plasma produced by double femtosecond laser pulses Nan Zhang …