Titlebook: Electronic Properties of Conjugated Polymers; Proceedings of an In Hans Kuzmany,Michael Mehring,Siegmar Roth Conference proceedings 1987 Sp

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https://doi.org/10.1007/978-3-322-89035-100 cm. if excited with a blue laser /1/. The frequency shift between main and satellite peak increases with increasing excitation energy (dispersion effect). We obtained similar results for polydiacetylene single crystals of toluene sulfonate type (PDA-TS). Fig. 1 shows the shift of the satellite pe

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Rekursive und dynamische Sortenrstanding transport properties in this material. In this context, samples with additional defects have recently been prepared and their electrical and optical properties studied. The addition of hydrogen atoms can be achieved in a controlled manner as shown by Soga and Nakamaru /1/. The treatment ca

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Kommunikation und Kommunikationsnetze,nd state polymer which can be prepared in a highly oriented form. Therefore, it is of particular interest for studies of the changes of the electronic structure upon doping. According to theoretical models [1] the non-degenerate ground state implies the formation of polarons and of bipolarons at low

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Rechnernetze und Verteilte Systeme,miconductor-metal transition and on the nature of the highly conducting state of the prototype polyacetylene (PA). Various models have been proposed. The metallic droplet model explained the transition by a percolation by an increasing number of small metallic regions [1], In the soliton model, the

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