INTERFERENCE CHARACTERTICS OF COLLOIDAL GAS APHRONS AGAINST IR/MMW: INTERFERENCE CHARACTERTICS OF COLLOIDAL GAS APHRONS AGAINST IR/MMW

The interference characteristics of colloidal gas aphrons (CGA) against IR/MMW were studied to further develop the special interference foam, i. e. a novel multi-band passive interfering technique. CGA is of strong stability and good fluidity. The experiment results show that CGA has much better interference ability against IR/MMW than ordinary interference foam. The theoretical analysis shows that CGA has more interfaces and total reflection advantage due to its structural characteristics such as the small radius of bubble and the thick liquid membrane. These advantages are the important basis of CGA's excellent interference characteristics according to the theoretical analysis. The study provides a more feasible and effective approach for the use of coating interference foams.