论述了舰载烟幕无源干扰战术运用及技术性存在的问题基础上, 结合液态烟幕多波段无源干扰技术现状, 对水幕多光谱干扰技术和乳状液烟幕干扰技术与方法进行研究, 基于乳状液的物理性质和影响乳状液稳定性的因素, 提出乳状液烟幕多层结构干扰理论。将乳状液液滴多界面效应和乳状液液滴透射波的异向传播特性应用到液态烟幕干扰中, 提高新型液态烟幕对可见光、红外、毫米波宽波段的高效干扰。

Based on the problems of shipborne smoke screen passive jamming tactics and technology, incorporated with the present situation of liquid smoke screen multi-band passive jamming technology, the water mist multi-spectral and emulsion smoke screen jamming technologies and methods are researched. According to the physical properties and the factors affecting the stability of emulsion, the emulsion smoke screen multilayer structure jamming theory is put forward. The emulsion droplet multi-interface effect and different directional propagation characteristics are applied to the liquid smoke screen jamming. The new type of liquid smoke screen can effectively interfere in the visible, infrared and millimeter-wave wide band.