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Formation of Partially Ordered Organic Planar Systems Based on the In Situ Control of Their Structural Organization

机译:基于结构组织原位控制的部分有序有机平面系统的形成

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The possibilities of significantly improving the quality of planar systems based on photoactive porphyrin-fullerene dyads, layers based on cytochrome c and cardiolipin, and lysozyme crystals and films using a complex of in situ X-ray methods and simulation are described. The potential of X-ray phase-sensitive and surface-sensitive methods developed by M.V. Koval'chuk and researchers from his school in monitoring all stages of synthesis of partially ordered organic structure is demonstrated. This approach shows its efficiency for in situ studies: starting from the formation of complexes in solutions up to the growth of protein films and crystals.
机译:描述了使用复杂的原位X射线方法和模拟显着提高基于光敏性卟啉-富勒烯二聚体,基于细胞色素c和心磷脂的层以及溶菌酶晶体和膜的平面系统质量的可能性。 M.V.开发的X射线相位敏感和表面敏感方法的潜力演示了Koval'chuk及其学校的研究人员在监测部分有序有机结构合成的所有阶段。这种方法显示了其在原位研究中的效率:从溶液中复合物的形成开始到蛋白质膜和晶体的生长。

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