'Organic electronics' presentation slideshows

Lifetime reliability of organic devices & applications

Vasileios M. Drakonakis, Achilleas Savva , Polyvios Eleftheriou and Stelios A. Choulis Molecular Electronics & Photonics Laboratory Department of Mechanical Engineering and Materials Science and Engineering Cyprus University of Technology.

618 views • 50 slides

The Future of Organic Electronics

The Future of Organic Electronics. ORGANIC ELECTRONICS.

494 views • 25 slides

Presentation by Maria Rangoussi , Dean, Faculty of Engineering ( mariar@teipir.gr )

313 views • 22 slides

Ch 1 Intro. to Flexible Electronics and Printing Technology

735 views • 16 slides

ICT- Brussel on 26 th Sept-29 th Sept

ICT- Brussel on 26 th Sept-29 th Sept. ICT Expo. ICT-Bio 1) Vector magnetic capsules for defecting tumors in colon cancers 2) Bio-Chip (far field) for DNA amplification / protein or antibody ? Similar to the existing biocore technology with higher sensitivity

252 views • 16 slides

Organic Electronics

Organic Electronics. Wu Bin. Inorganic Vs. Organic Material Properties. Limitations At Early Stage. Organic materials have often proved to be unstable. Making reliable electrical contacts to organic thin films is difficult.

299 views • 13 slides

Organic Electronics

512 views • 11 slides

Presentation by Maria Rangoussi , Dean, Faculty of Engineering ( mariar@teipir.gr )

224 views • 9 slides

Global Organic Electronics Market 2013-2020

To Get Details: http://www.bigmarketresearch.com/organic-electronics-market " Global Organic Electronics Market (Application and Geography) - Size, Share, Global Trends, Company Profiles, Demand, Insights, Analysis, Research, Report, Opportunities, Segmentation and Forecast, 2013 - 2020" Organic electronics market is in its early growth stage. Organics electronics find application in varied industries namely display, ORFID, OLED lighting, photovoltaics and others. Key factors driving the market are the need for reduction of cost, weight and power consumption of electronic goods. It is estimated that by the end of 2015, 130 million TV sets, 400 million PCs, 300 million tablets and 800 million smartphones would be shipped globally. Therefore, demand for flexible TFT would be very high. Similarly, the demand for other flexible electronic goods required in healthcare, government and other sectors would soar, and this would drive the growth of flexible electronics market.

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Organic Electronics Market: size and forecast, 2014 - 2020 by Future Market Insights

Organic electronics is a branch of electronics that deals with design, formulation and application of organic materials that possess electrical properties. The organic materials used are basically organic compounds that exhibit considerable electrical properties like conductivity. These materials are made up of tiny molecules or carbon-based polymers, hence also called polymer electronics or plastic electronics. Organic electronics offer the benefit of low-cost manufacturing as compared to conventional inorganic electronics. Organic electronics is environment-friendly and offers better resource utilization.

380 views • 6 slides

Organic Electronics Market Segments and Key Trends 2014-2020

Organic electronics is a branch of electronics that deals with design, formulation and application of organic materials that possess electrical properties. The organic materials used are basically organic compounds that exhibit considerable electrical properties like conductivity. These materials are made up of tiny molecules or carbon-based polymers, hence also called polymer electronics or plastic electronics. Organic electronics offer the benefit of low-cost manufacturing as compared to conventional inorganic electronics. Organic electronics is environment-friendly and offers better resource utilization.

205 views • 6 slides

CHEMISTRY 1000

CHEMISTRY 1000. Topics of Interest #4: Organic Electronics on Banknotes. Using Chemistry to Catch Counterfeits.

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Outreach Activities

Rational Design of Semiconducting Polymers with Tunable Opto-Electronic Properties Mihaela Stefan (Iovu), University of Texas at Dallas, DMR 0956116.

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Outreach Activities

Rational Design of Semiconducting Polymers with Tunable Opto-Electronic Properties Mihaela C. Stefan (Iovu), University of Texas at Dallas, DMR 0956116.

141 views • 2 slides

Development of the single-crystal organic field-effect transistors (OFETs) at Rutgers enabled the exploration of transport phenomena in organic semiconductors and the fundamentals of organic electronics. The main results of the 2 nd year of the project:

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Yang, Ehrenfreund & Vardeny , Physical Review Letters 99 , 157401 (2007)

Polaron Spin-lattice Relaxation Time in ? -Conjugated Polymers Obtained from Optically Detected Magnetic Resonance Dynamics Z. Valy Vardeny, University of Utah, DMR-0503172.

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Rubrene single crystal

The single-crystal organic field-effect transistors (OFETs), developed for the first time at Rutgers, allow the exploration of fundamentals of organic electronics and development of novel applications.

389 views • 2 slides

Organic Electronics Market

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Organic Electronics Market

286 views • 2 slides

(a)

n-Doping of Organic Electronic Materials using Air-Stable Organometallics Antoine Kahn, Princeton University, DMR 1005892. Stable 2x18e dimer. E a = 0.23 eV. (a).

132 views • 1 slides