1. | General Overview of Nanoscience and Nanotechnology | An overview on the nanoscience and nanotechnology is given with a emphasis on the polymer and carbon nanomaterials | ||
2. | Conducting Polymers | Fundamental principle and potential applications for plastics that can conduct electricity | ||
3. | Light-emitting and Photovoltaic Active Polymers | Fundamental principle and potential applications of light-emitting and photovoltaic active polymers for various optoelectronic systems, including flat-lighting and flexible solar cells | ||
4. | Carbon Nanotubes for Energy-related Applications: (a) Carbon nanotube for solar cells | Fundamental principle and potential applications of carbon nanotubes for polymer solar cells |
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5. | Carbon Nanotubes for Energy-related Applications: (b) Carbon nanotubes for solar cells, fuel cells and supercapacitors | Fundamental principle and potential applications of carbon nanotubes for polymer solar cells continued, along with carbon nanotubes for fuel cells and supercapacitors |
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6. | Responsive Polymers | Fundamental principle and potential applications of responsive polymers |
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7. | Sensors and Actuators | Sensors and actuators d on responsive polymers |