四、结论

纯的稳定性、混溶性和地形特征 通过将 LangmuirBlo∆Gett 和 AFM 技术相关联来评估混合单层和混合单层。 更有效的热力学 由于 DPPG/CMR 混合单层，因此获得了关联 到有利的有吸引力的分子间相互作用。 差异 在磷脂的分子结构中解释了不同的 分子间相互作用的行为。 香豆素能够改变偶极矩、分子的堆积和 聚集体形成。

致谢

作者感谢 FACEPE 提供的支持， CNPq 和 INCT。 安德拉德和奥利维拉也感谢 CNPq 财政支持（赠款 302885/2015-3 和 302930/2015-9， 分别）。 Rocha 感谢 FACEPE 获得博士学位 奖学金。

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香豆素和磷脂混合物单分子层膜中的分子相互作用的界面性质——摘要、简介

香豆素和磷脂混合物单分子层膜中的分子相互作用的界面性质——材料和方法

香豆素和磷脂混合物单分子层膜中的分子相互作用的界面性质——结果和讨论

香豆素和磷脂混合物单分子层膜中的分子相互作用的界面性质——结论、致谢！