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RELAXATION IN POLYMERS
edited by T Kobayashi (Univ. Tokyo)
Conjugated polymers are attractive from the viewpoint of possible applications as novel nonlinear optical materials and conductive materials. They are also very important as a group of materials of one dimensionality. The progress of research in this field is very rapid. At the present stage it is extremely useful to have review articles giving information on the most recent progress.
Relaxation in Polymers contains state-of-the-art reviews on: ultrafast responses in various conjugated polymers with large optical nonlinearity; ultrafast relaxation in polysilanes; electronic properties of polysilanes; fast transient photoconductivity studies of polyacetylene and polydiacetylene; evolution of photoexcitations in polyacetylene and related polymers from femtoseconds to milliseconds; photoexcited states in conjugated polymers, optical properties of halogen-bridged mixed-valent metal complexes and dynamics of soliton pairs in polyacetylene.
Contents:
- Ultrafast Responses in Various Conjugated Polymers with Large
Optical Nonlinearity (T Kobayashi)
- Ultrafast Relaxation in Polysilanes (J R G Thorne)
- Electronic Properties of Polysilanes: Excitations of s-Conjugated Chains (R G Kepler & Z G Soos)
- Fast Transient Photoconductivity Studies of Polyacetylene and Polydiacetylene (D Moses & A J Heeger)
- Evolution of Photoexcitations in Polyacetylene and Related Polymers from Femtoseconds to Milliseconds (Z V Vardeny)
- Photoexcited States in Conjugated Polymers: The Role of Excitons (S Abe)
- Optical Properties of Halogen-Bridged Mixed-Valent Metal Complexes: Excitons and Nonlinear Excitations (K Iwano & K Nasu)
- Dynamics of Soliton Pairs in Polyacetylene (A Terai)
- Time-Resloved Mid-Infrared Spectroscopy in Conjugated Polymers (L Rothberg & M Yan)
Readership: Materials scientists.
| 340pp |
Pub. date: Nov 1993 |
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