The flow of salt water as a base fluid containing nanoparticles of different shapes, viz. zigzag, chiral, and armchair, in an asymmetric permeable channel has been investigated. Such particles in peristaltic flow with a magnetic field have noteworthy medical applications. Two illustrative models, namely those of Hamilton and Crosser, are utilized. The set of governing partial differential equations is solved analytically to find exact solutions, and numerical results are obtained using computer software. A rich summary of the latest findings for pertinent parameters and trapping phenomena is presented using graphs, tables, and streamline diagrams.

中文翻译：

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使用不同的CNTs增强感应磁场下渗透通道中蠕动流的传热

作为基础流体的盐水流包含不同形状的纳米颗粒，即。已经研究了不对称渗透通道中的锯齿形，手性和扶手椅形。具有磁场的蠕动流中的此类颗粒具有值得注意的医学应用。利用了两个说明性模型，即汉密尔顿和克罗斯的模型。解析控制的偏微分方程组以找到精确解，并使用计算机软件获得数值结果。使用图形，表格和流线图呈现了有关参数和捕获现象的最新发现的丰富摘要。