'Organic semiconductors' presentation slideshows

Electronic and Optoelectronic Polymers

Electronic and Optoelectronic Polymers. Wen-Chang Chen Department of Chemical Engineering Institute of Polymer Science and Engineering National Taiwan University. Outlines. History of Conjugated Polymers Electronic Structures of Conjugated Polymers Polymer Light-emitting Diodes

1.2k views • 74 slides

How to find out DOS in Disordered Organic Semiconductors

926 views • 62 slides

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?????? - ?????????????????????????????. ????????? ??? ??????? ??? ??????????? : ???????????????????????????????. Limits of organic field-effect transistor. Long channel length ~ 5 micron High operation voltage ~ 10 V Low output current. Organic semiconductor.

704 views • 40 slides

4. The Semiconducting Phase: Undoped Conjugated Materials

4. The Semiconducting Phase: Undoped Conjugated Materials. This chapter is based on the review paper by V. Coropceanu et al., Chem. Rev. 107, 926 (2007). ? Microscopic disorder. Polymers with chromophoric pendant groups poly(N-vinylcarbazole). B. Molecular crystals.

825 views • 40 slides

508 views • 38 slides

A bottom-up rationale for OPV architecture Fabrication Performance Challenges

Research Methods in PV: Organic photovoltaic devices (OPVs) Ross A. Hatton Department of Chemistry, University of Warwick. No emissions No noise No moving parts. A bottom-up rationale for OPV architecture Fabrication Performance Challenges Research opportunities.

193 views • 19 slides

Organic Field Effect Transistor

172 views • 16 slides

Organic Semiconductors: Electronic Properties and O ptoelectronic Applications

Organic Semiconductors: Electronic Properties and O ptoelectronic Applications. Hsiang-Han Tseng . Overview. Organic Semiconductors Electronic Properties Fundamentals of Organic PV Cells Examples. Organic Semiconductors . Polymers . Small molecules.

288 views • 12 slides

Institute of Physics

Institute of Physics. Founded : 1993 Goals : fundamental research in physics graduate study Faculty: 11 Post doctors: 10 Assistant: 4 Students: Master (5 4 ) / Doctor (2 2 ). W.F. Kao chairman of IOP.

248 views • 11 slides

Organic Solar Cells: The Technology and the Future

Organic Solar Cells: The Technology and the Future. Diana Snelling 11-19-07 ChE 384. Performance Comparison. Lawrence Kazmerski, Don Gwinner, Al Hicks, 11/7/07, United States Department of Energy. Best Research-Cell Efficiencies. Traditional Cells vs. Organic. 100nm. 100 nm. 100 nm.

362 views • 8 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:

308 views • 2 slides

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Organic semiconductors: Exciton and charge carrier dynamics on macroscopic and microscopic levels Oksana Ostroverkhova, Oregon State University, DMR 0748671.

180 views • 2 slides

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Magnetotransport Studies of Organic Spin Valves A. M. Goldman, University of Minnesota, DMR-0414890.

111 views • 2 slides

The first version of the INTERFACE-PCFF force field is available from our website:

Peptide Recognition on Silica Nanoparticle Surfaces Hendrik Heinz, University of Akron, DMR 0955071.

263 views • 2 slides

Education:

FRG: Study of ? -Conjugated Organic Semiconductors with Tuned Spin-Orbit Z. V. Vardeny, M. E. Raikh and M. DeLong DMR 05-03172; The University of Utah.

126 views • 2 slides

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.

136 views • 2 slides

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 Semiconductors

Organic Semiconductors. Anthracene Rubrene . Top: Polyacetylene Bottom: Poly(p-phenylene-vinylene).

208 views • 1 slides

Stanford University MRSEC 0213618

81 views • 1 slides