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Fuel atomization and dispersion phenomena depend heavily on the ambient pressure and temperature. So in this work, to study diesel sprays, an electrically heated, constant volume, pressurized vessel was designed and manufactured. The controlling electronics and software were developed and tested to ensure safe and precise operation. A commercial six-hole automotive Diesel injector was used. Spray tip penetration and cone angle have extensively been used to qualify fuel dispersion and these parameters were quantified in this work using a high speed shadowgraph technique. It was observed that the temporal spray tip-penetration did not follow a time-square-root law.
北京欧兰科技发展有限公司为您提供《柴油喷雾中柴油喷雾的高速摄影研究检测方案(激光粒度仪)》,该方案主要用于柴油中柴油喷雾的高速摄影研究检测,参考标准--,《柴油喷雾中柴油喷雾的高速摄影研究检测方案(激光粒度仪)》用到的仪器有LaVision ParticleMaster-Shadow 粒径测量系统