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    Measurement of the Electronic Excitation Energies of Conjugated Organic Materials using Metal/Organic/Metal Structures.
    APS March Meeting Abstracts (1996)
    I. H. Campbell
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    AIP conference proceedings (1998)
    Thomas PichlerM. S. GoldenM. KnupferJ. Fink
    The electronic properties of fullerenes can be engineered by three types of doping: intercalation, on-ball doping and endohedral doping. Here we present an overview of the investigation of the electronic structure of intercalated, hetero and endohedral fullerenes using high energy spectroscopic techniques. In particular, we focus on information obtained regarding the electronic density of states and the ground state of the AxC60 (A=alkali metal), (C59N)2 and Tm@C82 materials.
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    Sulfur Containing Conjugated Polymers with Interesting Electronic Properties.
    MRS Proceedings (1993)
    Ronald L. ElsenbaumerDennis S. MarynickSu Jeong SeongRonald L. Meline
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    Quantum Chemistry of Polymers — Solid State Aspects
    Springer eBooks (1984)
    J. LadikJean‐Marie AndréM. Seel
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    Hydrogen‐Bonded Donor—Acceptor Compounds for Organic Ferroelectric Materials
    ChemInform (2007)
    Sachio HoriuchiReiji KumaiYoshinori Tokura
    Abstract ChemInform is a weekly Abstracting Service, delivering concise information at a glance that was extracted from about 200 leading journals. To access a ChemInform Abstract, please click on HTML or PDF.
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    Metal Organic Complexes for Optical Power Limiting
    MRS Proceedings (1994)
    Chris M. LawsonTianyi ZhaiDavid C. GaleGary M. Gray
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    Crystal and electronic structures of organic superconductors based on multi-sulfur π-molecules
    Acta Crystallographica Section A Foundations of Crystallography (1987)
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    Electronic structure of polydithienothiophene materials
    Synthetic Metals (1999)
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    Solid State Materials Derived from Planar Metal Complexes.
    Leonard V. InterranteJohn S. Kasper
    Abstract : This report describes work carried out over the period 1 July 1975 to 31 Oct. 1978 on the contract 'Solid State Materials Derived from Planar Metal Complexes'. The principal focus of this work has been on the preparation and study of pi-donor-acceptor compounds derived from the interaction of the organic donors, tetrathiafulvalene and tetrathiotetracene, with bis(1,2-ethylenedithiolene) metal complexes as the pi-acceptors. These new compounds have been studied using electrical conductivity, magnetic susceptibility, and various other types of solid state property measurement techniques. In addition, the crystal structures have been characterized using single crystal x-ray diffraction methods. The results have been used to obtain information regarding the electronic and magnetic interactions occurring in the solid state and to derive synthetically useful structure-property relationships.
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