Electronic memory effects in self-assembled monolayer systems
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2012, ParticuologyCitation Excerpt :Self-assembly has been proven to be an effective way to produce porous materials, which, when used as catalysts or supports, pave new roads for designing heterogeneous catalysts at the levels of both surface structure and porosity (Gorzny, Walton, & Evans, 2010; Lim et al., 2010; Long et al., 2010). The growing interest which self assembly has attracted during the last decades is provoked by the diverse applications that have been found as model systems in physics, chemistry and biology and also tested as building blocks in fabrication of biochips (Nelson et al., 2001), optoelectronic devices (Chen, Su, Wang, & Reed, 2003) and sensors (Alvarez et al., 2003; Schreiber, 2000; Ulman, 1996; Watanabe & Kajikawa, 2003). Alkanethiols and disulfides are well known to self-assemble and form ordered monomolecular films on noble metal surfaces (Poirier & Pylant, 1996; Poirier, 1997).
Theoretical and experimental investigation into environment dependence and electric properties for volatile memory based on methyl-red dye thin film
2010, Solid-State ElectronicsCitation Excerpt :Moreover, if compared with similar volatile organic memories, this device does not show a good retention time because was performed by organic self-assembled monolayers fabricated with donor and acceptor electrons molecular groups. Despite that, the peak current for this devices is less than 2.5 nA, very small compared with our memory device [22]. In conclusion, we have investigated and manufactured electrical switching semiconductor device based on acid MR thin film.
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