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研究了全合成双分子膜内的分子激发态能量转移行为，给体为囊泡双亲分子上的联苯生色基，受体是通过静电相互作用结合在囊泡表面上的荧光黄阴离子．荧光黄猝灭联苯的荧光强度符合Ｓｅｒｎ－Ｖｏｌｍｅｒ猝灭定律．探讨了囊泡在能量转移过程中的组织作用、转移效率与机制．通过研究由静电作用结合在囊泡表面上的荧光黄给体和四苯基卟啉受体间的能量转移，改善了光的输出，扩展了光波的覆盖范围．全合成双分子膜是能量转移的有效介质和良好的膜模拟剂．
The energetic transfer behavior of the molecular excited states in a fully synthesized bilayer membrane was investigated. The donor was a biphenyl chromophore on the vesicle amphiphile. The receptor was a fluorescent yellow anion that bound to the vesicle surface through electrostatic interactions. Fluorescence yellow quenching biphenyl fluorescence intensity in line with the law of Sern-Volmer quenching. The effect of vesicles on the energy transfer process, the efficiency and mechanism of the transfer were discussed. By studying the electrostatic transfer of energy between the fluorescent yellow donor and the tetraphenylporphyrin acceptor bound to the vesicle surface, the light output is improved and the light wave coverage is extended. Fully synthetic bilayer membranes are effective mediators of energy transfer and good membrane mimics.