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Cui C.Y.,Stake Key Laboratory of Laser Propulsion and Application | Cui C.Y.,Academy of Equipment Command and Technology
Applied Mechanics and Materials | Year: 2014

It was found that evaporation and thermal-elastic stress wave and cavity were dominant phenomenon in laser-induced ablation propulsion with liquid propellant according to our perceptual knowledge established in relative experiment and by analysis of physical mechanism of laser-induced ablation of liquid. The research result of the above phenomenon was introduced in this paper in order to give some elicitations to the researchers who were interested in the mechanism of laser propulsion with liquid ablation. © (2014) Trans Tech Publications, Switzerland. Source


Cui C.-Y.,Stake Key Laboratory of Laser Propulsion and Application | Cui C.-Y.,Academy of Equipment Command and Technology | Hong Y.-J.,Stake Key Laboratory of Laser Propulsion and Application | Cai Y.-W.,Stake Key Laboratory of Laser Propulsion and Application | And 4 more authors.
Lasers in Engineering | Year: 2015

It was found that evaporation, thermal-elastic stress wave and cavity were dominant phenomenon in laser-induced ablation propulsion with liquid propellant according to our perceptual knowledge established in relative experiment and by analysis of physical mechanism of laser-induced ablation of liquid. Causation to create thermal-elastic stress wave was introduced. A simple way to estimate the pressure of the stress wave was explained, and a detailed model to calculate thermal field and pressure distribution with its limitations were introduced, too. Cavitations were classified in this paper and characters of three kinds of cavitations were presented. Shape of surface cavity in balance state was obtained by mathematical model with or without considering surface tension. All the research productions of the three main phenomena were sure to accelerate the study of mechanism of laser-induced ablation propulsion with liquid propellant. © 2015 Old City Publishing, Inc. Source

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