Global ETD Search
Search theses and dissertations gathered from participating repositories worldwide. Every result links back to the library that holds it. No account is needed.
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Showing 1 to 10 of 10 for “"organic transistors"”.
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Organic Transistors for Life Science Applications
L'abstract è presente nell'allegato / the abstract is in the attachment
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Low-voltage organic transistors with high transconductance
… thesis presents the development of low-voltage organic thin-film transistors with high transconductance. This was achieved by employing ultra-thin bi-layer gate dielectric consisting of aluminium oxide (AlOx) and a self-assembled monolayer of octadecyl phosphonic acid (C18PA) and by increasing …
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Development and Characterization of Flexible Double-Gate Organic Transistors for Sensing Applications
Organic electronics is the starting point of a new kind of technology that’s gained a lot of interest in the latest decades of the 20th century and continues now in the 21st century. The possibility to realize flexible devices in a large area gives this field of research a particular interest, …
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Heating it up: a novel approach to annealing soluble organic semiconductors
… is to study the electronic properties of organic (carbon-based) semiconductor materials and to study electronic devices, such as FETs, made using these materials. Organic semiconductors offer a number of advantages including ease and low-cost of device fabrication and chemical versatility. …
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Inkjet printing: technique and applications for organic electronic devices
… in 1977 by Shirakawa,MacDiarmid and Heeger, Organic Electronics has been growing and establishing for a new generation of electronic devices. On one hand, the unique properties of polymeric semiconductors and conductors, such as flexibility and transparency, allow the fabrication of low-cost …
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Interaction of Light and Conjugated Polymers in Plasmonic Nanogaps
… suitable for various applications, including organic transistors, electrochromic displays, and flexible electronics. Integrating conjugated polymers into plasmonic nanocavities has unlocked electrochromic plasmonic coloration with nano-scale resolution display potential and has served as a …
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Functional surface-initiated polymers: Device applications and polymerization techniques
… over the last two decades is the field of organic and polymer electronics. In this field molecular order and surface modification are of major influence on the device performance, hence that both self-assembled monolayers as polymer brushes have been investigated to find applications in …
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Role of polythiophene- based interlayers from electrochemical processes on organic light-emitting diodes
… are employed as the hole-injection contact of organic light-emitting diodes (OLED). The polymer films are obtained by the electropolymerization or the electrochemical doping/dedoping of a spin-coated layer. Their electrical properties and energetics are tailored by electrochemical adjustment of …
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Charge-Modulated Field-Effect Transistor: technologies and applications for biochemical sensing
… two different technologies: CMOS process and organic electronics. As regards CMOS process, the activity mainly focused on the testing of a Lab-on-a-Chip (LoC), hosting several CMFET structures, developed and fabricated before but never tested. The activity carried out allowed to develop a …
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Non-volatile organic memory devices: from design to applications
… of new non-volatile memory elements based on organic technology. During the last few decades, organic materials based devices have attracted considerable interest due to their great potential for future electronic systems. Low fabrication costs, high mechanical flexibility and versatility of …