摘要
为了对燃气射流的喷射状态进行研究,通过控制射流的流场状态,实现射流与周围空气更好地混合,提高燃气的燃烧效率,设计了一套基于高频电磁阀控制的脉冲微射流控制圆射流的实验台。利用模块化设计的方法,选择新型的气动元件,进行了脉冲微射流控制圆射流实验台气压系统的设计。
In order to study the jets status of flow of gas fuel,by controlling the flow field of jets,better mixing of jets flow and surrounding air were realized in order to improve efficient burning of gas fuel. An experimental platform of plus mini-jets of the control of the circular jet based on high frequency solenoid valve was designed. By using method of modularization design,new types of air pressure elements were selected. The design is carried out for the experimental platform of plus mini-jets of the control of the circular jet.
出处
《机床与液压》
北大核心
2015年第19期126-127,163,共3页
Machine Tool & Hydraulics
基金
国家自然科学基金资助项目(51275550)
关键词
射流实验台
气压系统
模块化
高频电磁阀
Experimental platform of jets
Air pressure system
Modularization
High frequency solenoid valve
