Current focus of bioenergy technologies is on understanding and manipulating the processes and mechanisms that either could convert plant and animal matter into energy resources or could mimick the natural systems for producing energy such as photosynthesis. The domain of exploration includes analyses at nanoscale such as quantum mechanical study of photocenters or large scale analyses for studying biodiesel production. Overall, the process flow in such technologies is the change in energy from one non-consumable form to a consumable form. Another important bioenergy technology of interest is based on using either inorganic or hybrid organic-inorganic nanoscale components in systems such as those intended for in-vivo tissue regeneration and for targeted drug delivery because of higher probability of sustainability in body.
The focus of this special issue is on bringing together researchers whose work has addressed any aspect of both types of bioenergy problems from the point of view of biomechanics. Its focus is on presenting information in the form of focused reviews and contemporary articles.
Suitable topics include but are not limited to:
- Biomechanics in natural and artificial photosynthesis systems
- Biomechanics in biomolecular systems such as collagen with implications for bioenergy
- Biomechanics in coupled organic-inorganic bioenergy systems
- Biomechanics for in-vivo tissue engineering
Important Date
Submission deadline: 31 December, 2010
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