Investigation of pressure-induced superconductivity in molecular ultra-thin-film systems

为了探索超导相，对利用各向异性界面吸收现象的Langmuir-Blodgett(LB)技术制备的分子超薄膜施加了静水压力。基于二硫杂环戊烯络合物的LB膜的室温电阻随压力的增加而减小。尽管压力诱导超导电性尚未实现，但压力的施加也是超薄分子体系研究领域中的一种有效方法。

In order to explore superconducting phases, hydrostatic pressure was applied to the molecular ultra-thin films fabricated by the Langmuir-Blodgett (LB) technique, which utilizes an anisotropic interface absorption phenomenon. The resistance at room temperature of an LB film based on a dithiolene complex tends to decrease with increasing pressure. Although the pressure-induced superconductivity has not yet been realized, it has been strongly suggested that the application of pressure is also an effective method in the research field of ultra-thin molecular systems.