This paper reports on the latest advances regarding water/steam addition to liquid-fuel
combustion systems for the development of sustainable energy through NOx reduction. The …

In this work, the gas-drop two-phase flow characteristics in a perspective atomizing burner
were measured with respect to operating conditions. The liquid fuel (diesel fuel and waste …

射流闪蒸具有结合射流破碎过程中多变的气液交界面与闪蒸耦合强化传热传质的优点,
有较好的应用价值. 根据射流闪蒸耦合强化特点, 首先从射流与闪蒸角度出发 …

The investigation and optimization of the atomizer nozzle design are paramount for an
efficient atomization performance. Motivated by internal mixing atomizers used in FCC …

To overcome the environmental problems during manufacturing process, the twin-fluid
atomization has been demonstrated as an efficient technique to reduce the lubri-cooling …

This work presents an experimental study on spray formation by unlike impingement of
gelled ethanol with liquid water and liquid ethanol, and a comparison with spray formation …

The spray atomization properties and droplet turbulence characteristics of a twin-fluid nozzle
with and without a self-excited vibrating cavity are investigated and compared using a phase …

The free opposed impinging jets with unequal nozzle diameter is developed to improve
mixing efficiency at unequal flowrates for liquid–liquid reactions. The liquid sheet breakup …

The flow structure in a high-speed gas jet released from the nozzle of a promising liquid-fuel
spray-type burner is studied experimentally and theoretically. The velocity distribution in a …

Accurate measurement of plume velocity plays an important role in investigation of rocket
motors, and the plume velocity is an indicator of energy level of solid propellants. A method …