ORGN 392 |
| I will discuss our efforts in the design of conducting polymers to be used as sensory and actuating materials. For sensory materials I will describe how we utilize molecular recognition events to product changes in conductivity. The role of dimensionality has important consequences for sensitivity and I will detail approaches to create insulated nanoscopic conduction pathways. I will present novel electroactive materials for actuator applications. In this effort we have developed new mechanisms for causing large dimensional changes in polymers by design of mechanical linkages and electronic properties. Actuator applications are very demanding and require the integration of multiple materials and I will present methods for the creation of carbon nanotube/conducting polymer hybrids. |
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Organic Approaches to Nanotechnology
1:30 PM-5:00 PM, Tuesday, 12 September 2006 Moscone Center -- Room 135, Oral
Division of Organic Chemistry |