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The study of supramolecular structure of asphaltenes by atomic force microscopy

机译:原子力显微镜沥青质上分子结构研究

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The article is devoted to the actual problem of studying the supramolecular structure of oil asphaltenes. They are the prospective structural materials for molecular electronics and nanotechnology. At present, the properties of asphaltenes at the supramolecular level arc studied by various physical and physicochemical methods, as well as by methods of mathematical modelling. The aim of the work is research of asphaltenes supramolecular structure by atomic force microscopy (AFM), comparison of experimental data with the calculations of computer simulation, and high resolution visualization of asphaltenc crystallites. The topography of asphaltenes monomolecular layer is observed by AFM. Separate objects of disc-shaped form-crystallites obtained as a result of the association of individual molecules of asphaltenes are clearly visible. In addition, some structural parameters are calculated.
机译:本文致力于研究石油沥青的超分子结构的实际问题。它们是分子电子和纳米技术的前瞻性结构材料。目前,通过各种物理化学方法研究的超分子水平弧处的沥青质的性质,以及通过数学建模方法研究。作品的目的是通过原子力显微镜(AFM),与计算计算机模拟计算的实验数据的比较,以及沥青细晶的高分辨率可视化的实验数据的比较。通过AFM观察沥青质单分子层的形状。作为各个沥青质的关联而获得的盘形状结晶物的单独物体清晰可见。此外,计算一些结构参数。

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