The bubble bag of ions is mainly due to the implicit determining mechanism of electrostatic repulsion. The way is that the bubble bag is enriched in the bubble film on the surface. The bubble bag adsorbs the polar groups of molecules and forms the layer of water protection film. If the bubble bag molecule is charged, the bubble, therefore, is charged. In the process of approaching each other, the bubbles are mixed by the electrostatic repulsion force of the bubbles, thus making them separate from each other.

此效果和保持穩(wěn)定的乳狀液，類似的機制，以防止破乳化劑。在混凝土氣泡袋的情況下。在攪拌下，當氣泡靠近對方，小氣泡的大氣泡，很容易。其次通過攪拌寬松浮力的雙重作用大的氣泡上升到表面的混凝土漿，大泡沫破滅的被消耗，減少空氣含量的混凝土漿。

This effect and retention of stable emulsions are similar mechanisms to prevent demulsifiers. In the case of concrete bubble bags. Under stirring, when the bubbles close to each other, small bubbles of big bubbles, it is easy. Secondly, by mixing the double effect of buoyancy, the large bubbles rise to the surface of the concrete slurry, the large foam is shattered and consumed, and the air content of the concrete slurry is reduced.

由于非離子型表面活性劑的富集層可以負責的氣泡，因此水化層的膜泡穩(wěn)定性的因素，導致在非離子型和離子型的氣泡膜，氣泡袋中夾帶氣泡尺寸較大的比較差。對于非離子型表面活性劑中的主要分子機制穩(wěn)定的水化層。

Because the enrichment layer of non-ionic surfactant can be responsible for the formation of bubbles, the stability of membrane bubbles in the hydration layer is the main factor, which leads to the poor entrainment of bubbles with large size in the non-ionic and ionic bubble membranes. For nonionic surfactants, the main molecular mechanism is stable hydration layer.

表面上的氣泡和氣泡穩(wěn)定地形成水合層。水合層可以有一些水分子的厚度，它的作用是在氣泡分離，該系統(tǒng)是穩(wěn)定防止絮凝的系統(tǒng)。這種效應被認為是發(fā)生在一種非離子型表面活性劑，以形成富集層。

The bubbles and bubbles on the surface form a hydration layer stably. The hydrated layer can have the thickness of some water molecules. Its function is to separate the bubbles. The system is stable and prevents flocculation. This effect is thought to occur in a nonionic surfactant to form an enrichment layer.

公知的，陽離子型和非離子型表面活性劑不能形成不溶性鈣鹽的沉淀，但是這兩種類型的表面活性劑，這是確實的夾帶作用。此外，年齡組可形成可溶性鈣鹽，如烷基磺酸酯陰離子混合物，也有很好的引氣效果。因此，“不溶性膜穩(wěn)定機制”可能是重要的，但不是必須的。

It is well known that cationic and nonionic surfactants can not form insoluble calcium salt precipitation, but these two types of surfactants do have entrainment effect. In addition, the age group can form soluble calcium salts, such as alkyl sulfonate anion mixture, which also has good air entraining effect. Therefore, "insoluble membrane stabilization mechanism" may be important, but not necessary.