疏水力

疏水力的热力学分析及生物学意义

Thermodynamic Analysis of Hydrophobic Interaction and its Importance in Biology

在pH3.1~6.2之间，PAR为不带电荷的中性分子，可在疏水力的作用下结合形成分子聚合体，从而导致共振光散射增强。

At pH 3.1 to pH 6.2 , PAR exists as neutral molecule , which may assemble into molecular aggregates by hydrophobic force giving a light scattering enhancement .

磁场和疏水力场复合力场聚团颗粒表观粒度大，稳定性高。

The apparent size of composite field agglomerate was bigger and the stability was higher .

由于疏水力和亲水力的共同作用，在接触电场下，该凝胶在阳极端发生消溶胀，疏水相互作用对消溶胀有一定的影响；

Under the contact electric fields , the deswelling of the gel was observed in the anode side of the gel , which was attributed to the hydrophobic interaction .

芘和有机溶剂在疏水驱动力的作用下簇集到CD周围，形成一个有序的有利发光的簇集体系，CD与有机溶剂之间存在着协同效应，而不是加合效应；

Pyrene and organic solvents are aggregated into an organized and assembled system surrounding CD under the hydrophobic action , which is in favor to luminescence .

双亲聚合物在选择性溶剂中通过亲水作用与疏水作用间力的平衡，可自组装形成核-壳型超分子有序结构（聚合物胶束）；

Amphiphilic polymer can self-assemble into supermolecular structure ( polymer micelle ) by the balance of the hydrophilic and the hydrophobic interaction .