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The simplest self-assembled monolayer model with different orientations of complex organic molecules. Monte Carlo and transfer-matrix techniques

机译:具有复杂有机分子不同方向的最简单的自组装单层模型。蒙特卡洛和转移矩阵技术

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摘要

In the present paper we construct and study the simplest model of self-assembled monolayer (SAM) with several different orientations of complicated organic molecules with respect to the interface. In order to study the model we used transfer-matrix and Monte Carlo techniques. It was shown that the structures of the model ordered phases are analogous to the structures of real SAMs. Our model of SAMs demonstrates the non-monotonous dependence of the total coverage versus pressure (chemical potential), i.e. at the increase of pressure the empty surface area can grow that can take some effect on physicochemical processes on surface.
机译:在本文中,我们构建和研究了具有复杂有机分子相对于界面的几种不同取向的自组装单分子膜(SAM)的最简单模型。为了研究该模型,我们使用了传递矩阵和蒙特卡洛技术。结果表明,模型有序相的结构类似于真实SAM的结构。我们的SAM模型证明了总覆盖率与压力(化学势)的非单调相关性,即随着压力的增加,空的表面积可能会增长,这可能会对表面的物理化学过程产生某些影响。

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