4. 結論

基于上述討論，我們得出結論：

1. [C10-4-C10im]Br2通過靜電和疏水作用與BSA結合。

2. BSA-[C10-4-C10im]Br2的配合物比[C10-4-C10im]Br2具有更高的表面活性。

3. 隨著溫度的升高，BSA的存在有利于吸附而不是膠束化。

4. 上述所有體系的膠束化過程都是放熱和熵驅動的。

5. [C10-4-C10im]Br2系統的吸附過程是吸熱和熵驅動的，而BSA-[C10-4-C10im]Br2系統的吸附過程是放熱和焓驅動的。

 Rajan Patel博士非常感謝印度新德里科學和工程研究委員會（EEQ/2016/000339、SB/EMEQ-097/2013和SR/S1/PC-19/2011）提供的財政支持。 Abbul Bashar Khan還感謝印度新德里科學和工程研究委員會提供的研究資助（SB/FT/CS-031/2013）。 感謝新德里CSIR向Meena Kumari提供的獎學金（JRF/SRF）。 Upendra Kumar Singh感謝新德里教資會提供SRF獎學金。

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