利用对色散方程的数值计算结果 ,分析了实际射流参数如射流速度、液体种类、喷孔半径、液体粘度、介质压力等对分别处于瑞利模式和泰勒模式下的液体射流的最不稳定频率及其最大扰动增长率的影响。结果表明 ,在不同的射流模式下 ,实际射流参数对液体射流最不稳定频率的影响是不同的。并对受激液体射流现象进行了初步试验观察 Based on the numerical results of the dispersion equation, the most unstable frequencies of the liquid jets in the Rayleigh and Tyler modes, respectively, of the actual jet parameters such as jet velocity, liquid type, jet hole radius, liquid viscosity, and medium pressure were analyzed. Its maximum disturbance growth rate. The results show that the effect of actual jet parameters on the most unstable frequency of liquid jets is different under different jet modes. The phenomenon of stimulated liquid jet was tested experimentally