Plasma assisted combustion is a promising technology to improve engine performance,
increase lean burn flame stability, reduce emissions, and enhance low temperature fuel …

This manuscript reviews published works related to plasma assistance in supersonic
combustion; focusing on mixing enhancement, ignition and flameholding. A special attention …

The results of experimental study of plasma-based mixing, ignition and flameholding in a
supersonic model combustor are presented in the paper. The model combustor has a length …

摘要空气间隙击穿后放电通道内气体的运动关系着间隙绝缘强度的恢复, 而绝缘强度的恢复程度
对输电线路因间隙放电而跳闸后的重合闸成功与否具有决定性的影响. 该文采用高速纹影技术 …

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

We present an experimental study of lean mixture ignition by nanosecond repetitively pulsed
(NRP) discharges. The plasma is created in a lean propane/air mixture at pressure up to 10 …

The use of a low energy, high peak intensity (> 100 TW/cm 2) femtosecond laser pulse is
investigated for guiding and control of a sub-microsecond high voltage discharge. Study of …

The development of energy efficient combustion systems is a critical technical objective in
the engine and power generation industries. This pursuit often prompts using conditions at …

This work is devoted to studying the dynamics of breakdowns of submicrosecond high-
voltage electric discharge and discharge-accompanying hydrodynamic phenomena and to …

The circumferential vapor flameholder was designed, and experiments were conducted to
investigate the electrical characteristics of gliding arc plasma as well as its ignition and …