The analytic results of the effects on the micromorphological structure of the film by the electrochemical condition ' s showed that the carbon is apt to improve the boundary combination between the scfs and the surface of the cathode and the seperation of the films , and that the micromorphological structure of the mpgcfs is greatly affected by the dring and the power voltage , which remarkably affluence ion move in swelling cathode film , and that higher temperature and concentration of cu2 + in the medium solution are also advanagable to the deposition of cu in scfs . the plot of deformation behavior of mpgcfs showed that the maximum strench ratio decreases and the brittleness increases due to the existence of the metal phase , and that the strengh trend of the composite films is fistly up and down followed with the content of metal phase because of the change of the role of the metal phase from acting as the physical cross - linking to weakening the films due to destroying the whole structure of the polymer 另外它作为基体的另一个突出的优点是制备的溶胀复合膜( scf )中的溶剂与电解液中的溶剂相同都是水，克服了以前膜内外不同溶剂之间扩散的问题，结果使得电流最终趋于一种稳态，因此可以更好实现用电化学条件来控制mpgcf的形态结构；硬质石墨材料的多孔的结构和石墨本身的结构性能特点使得碳作为阴极材料时有利于溶涨复合膜( scf )与电极表面的结合以及膜的剥离，因此是作为阴极的理想材料；电化学条件中的干燥程度和电压能够明显的影响离子在膜内的迁移，从而对mpgcf的形态结构造成较大的影响；而提高反应温度和增大电解液中铜离子的浓度也有利于铜在膜中的沉积生长。
On the basis of above theoretical derivation and analysis on experimental results , by correlating solvent ( water ) transfer with solute ( salt ) transfer on hot side and correlating mass transfer with heat transfer during vmd and introducing a contribution coefficient which can reflect the characteristics of mass transfer through membrane , a new model of mixed flow is presented 在上述理论推导及实验分析的基础上，本文将热侧溶剂传输与溶质传输、膜蒸馏过程热量传输与质量传输相关联，并引入一个能够反映膜内质量传输特征的“贡献系数” ，将努森流模型与粘性流模型结合起来，从而提出了新的混合流模型。
