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...: center; width: 33%">[[Main_Page#Transport Properties|Return to Transport Properties Menu]]</td> ...charges move through a material with the application of an electric field. Transport can refer to the migration of [[exciton]]s along chains or between chains.

...: center; width: 33%">[[Main_Page#Transport Properties|Return to Transport Properties Menu]]</td> ...organic semiconductors is attempting to get a complete picture of electron transport by understanding intramolecular and intermolecular vibrations or [[phonon |

...: center; width: 33%">[[Main_Page#Transport Properties|Return to Transport Properties Menu]]</td> ...''band regime''' and '''hopping regime''' are the two limiting systems for transport although there are variations of each. They represent two ways that electri

...: center; width: 33%">[[Main_Page#Transport Properties|Return to Transport Properties Menu]]</td> They have exhibited ballistic transport in which the electron moves down the length of the tube without any scatter

==Fundamentals of Charge Transport in Organic Solids== [[Image:Transport.png|thumb|400px|Crystalline and amorphous organic conductors compared ]]

...: center; width: 33%">[[Main_Page#Transport Properties|Return to Transport Properties Menu]]</td> ...refore you can use Marcus theory of electron transfer to understand charge transport at the molecular level. There is '''intramolecular relaxation'''.

...l (absorption) and electronic (electron affinity and ionization potential) properties for specific device applications. CMDITR will also develop new dielectric m

...erature and accordingly, cholesteric LC have temperature dependent optical properties--remember mood rings ...anges the orientation of the director which in turn influences the optical properties of the material.

...s and the two bipyramidines. The metal-carbon bond has impact on the redox properties. The Ir(ppy)₃ form is much easier to oxidize than the Ru(bby)<su ...and the hole transport layer, and the cathode interface with the electron transport layer. As efficiency improves, multilayer devices are being developed with

...: center; width: 33%">[[Main_Page#Transport Properties|Return to Transport Properties Menu]]</td> ...ck to the 1960s with interest in crystals of napthalene and anthracene for transport. Pentacene is still being studied by many groups because it has room temper

|Electron Injection/Transport Layer === EO Properties ===

*[[Electrical Properties]] ===Transport Properties===

|[[Main_Page#Transport_Properties |Transport Properties]]

...built from cadmium selenide 2-5nm in diameter take on interesting electron properties. The particle is capped with ligands to make them processable. The size of ...noprisms small 2009, 5, No. 6, 646–664</ref> <ref>D. Aherne et al. Optical Properties and Growth Aspects of Silver Nanoprisms Produced by a Highly Reproducible a

..., and polymers. Researchers can use this computational approach to explore properties and behaviors of these materials at small length and time scales that are n ...gated backbone with alternating double and single bonds that enable charge transport. Side chains are also included in the polymer structure to improve their so

...opy- THz time domain spectroscopy can measure the low-energy, far-infrared properties of substances that are opaque in the visible and near-infrared regions of t ...ard material for THz generation and detection. The tunable optical and NLO properties of poled polymers, along with good phase matching, makes them valuable for

A heterojunction is the contact of two materials with different electrical properties. These materials could be polymers or small molecules and both types are us [[category:transport properties]]

...tic in nature.* Without the limiting factors of reaction kinetics and ion transport through bulk electrode material, supercapacitors can be charged and dischar ...ductivity due to the delocalized π-electrons from sp2 bonded atoms. These properties make it well suited for double-layer capacitance applications. A typical o

...he organic active layers – the electron-transport layer (ETL) and the hole-transport layer (HTL). At the ETL / HTL interface the charge carriers recombine gener ...a metal surface, together with design motifs that can be used to tune the properties of the surface.

*Optoelectronic properties vary which means fluctuating electronic device performance *Polymers generally contain amorphous domains which reduces charge transport.