Overview
In the last decade, nanotechnology has become a major component of engineering through its potential to maximize output using limited space and resources. At the same time, solar energy has emerged as a preferred source of electricity for industries and homes (Moniz 36). Consequently, research on photovoltaic cells has increased, leading to a renewed focus on smaller but more powerful and efficient photovoltaic cells. Using nanotechnology, it is possible to produce photovoltaic cells that reduce costs yet improve the efficiency of solar panels.
Report Type and Reasons
Scope Statement
The study will cover topics ranging from the relationship between nanotechnology and solar energy, notable milestones, and the future of this relationship regarding advancing solar energy. The study will also include specific examples involving prototypes and existing applications that have revolutionized the use of nanotechnology in photovoltaic cells. Conclusions and recommendations will summarize the proposal.
Why I am the ideal student to undertake to research and writing the report
I have a long-held interest in both subjects – nanotechnology and solar energy – that motivates me to pursue them deeper. Also, I have access to relevant research materials and resources that would enhance the credibility of my study.
Overview
As a material, titanium components offer numerous benefits that other metals cannot provide. Besides being light, it is stronger and more durable compared to most metals. It does not corrode and is environmentally friendly (Veronesi et al. 334). In light of recent hype around clean energy and its use in vehicles, titanium exhausts represent a technical and competitive advantage in the marketplace.
Report Type and Reasons
The rarity of this technology makes a state-of-the-art research report perfect for this inquiry.
Scope Statement
The study will cover issues including the historical development of titanium, its application over the years, and how it has become the premium metal in various industries. The study will also include a comparison of the performance of titanium exhausts with the performance of exhausts designed using other metals. Finally, the study will include possible interventions to reduce the cost of titanium to make it more accessible.
Why I am the ideal student to undertake to research and writing the report
As a keen motoring enthusiast, I am interested in technologies that will improve my driving experience. Besides this, I am also a supporter of clean energy and environmental conservation, which makes me a suitable candidate for this proposal.
Works Cited
Moniz, Ernest J. Nanotechnology for the energy challenge. Ed. Javier GarcÃa-MartÃnez. John Wiley & Sons, 2010.
Veronesi, Paolo, et al. "Recycling of alpha-titanium technological scrap for exhaust system parts manufacturing." Journal of Cleaner Production 53 (2013): 332-340.
