Structural control and property exploration on organic complex stacks via combined microscopic observations

一个有机生长系统配备了光电子发射显微镜已与现有的超高真空变温四探针扫描隧道显微镜相结合，以研究复杂的有机堆叠与他们的新特性。 铋薄膜具有原子尺度尺寸效应，是有机薄膜生长的良好衬底。 薄膜生长的picene，这是已知的表现出超导性的掺杂，已被测试和不寻常的岛形成已被发现。

An organic growth system equipped with a photoelectron emission microscope has been combined with an existing ultrahigh-vacuum variable-temperature four-probe scanning tunneling microscope in order to investigate a complex organic stacks with their novel properties. Atomic scale size effect has been found in bismuth thin films, which is known as a good substrate for organic thin film growth. Thin film growth of picene, which is known to exhibit superconductivity by doping, has been tested and unusual island formation has been found.