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通过静态法及离心法研究了聚合物（ＨＰＡＭ）对Ｏ／Ｗ型及Ｗ／Ｏ型两种乳状液稳定性的影响；采用单滴法探讨了聚合物影响乳状液及其液膜稳定性的微观机理。结果表明，聚合物显著地增加Ｏ／Ｗ型乳状液及水膜的稳定性，对Ｗ／Ｏ型乳状液及油膜稳定性影响不大；聚合物与吸附剂膜间存在相互作用，相互作用程度因界面上吸附剂不同而异。由于聚合物为水溶性高分子，能够在连续水相一侧形成粘性膜及增大空间阻力，所以它可以增加水膜强度从而减小水膜排液速度及破裂速度。聚合物水解度越高，这种影响越大。
The effect of polymer (HPAM) on the stability of O / W and W / O emulsions was studied by static method and centrifugation method. The stability of polymers affected by emulsions and their liquid films was investigated by single-drop method Micro-mechanism. The results showed that the polymer significantly increased the stability of O / W emulsions and water films, and had little effect on the stability of W / O emulsions and oil films. The interaction between polymer and adsorbent films was observed and the degree of interaction Due to the interface of the adsorbent varies. As the polymer is a water-soluble polymer that can form an adhesive film on one continuous water phase and increase the space resistance, it can increase the water film strength and thus reduce the water film drainage rate and the breaking speed. The higher the degree of polymer hydrolysis, the greater this effect.