'Solar energy conversion' presentation slideshows

Outline

Outline. Evolution Ecological Niche Species Interactions Community Properties Communities Change Over Time. Adaptation. Why do some species live in one place but not another? Adaptation - the acquisition of traits that allow a species to survive in its environment

674 views • 42 slides

Utilization of Algae for Biofuels Production

Utilization of Algae for Biofuels Production. Supervisor: Prof. H. S. Ghaziaskar By: M. Rezayat Department of Chemistry Jun 1, 2010. Outline. Introduction Algae Microalgae As a potential replacement fuel Large scale production Harvesting and drying Fuel production Oil extraction

907 views • 31 slides

Boost Your Clean Energy Courses

Boost Your Clean Energy Courses. Welcome. Welcome. What & Who Purpose Design Test Drive Your Questions Your Participation. What & Who: Community Energy, Inc. Atlantic City. 1 st wind in NJ, IL, MA, NH and PA marketing. Keystone Solar. On-site Solar at Universities.

327 views • 24 slides

Objects in the real world versus Objects in the nano world

Objects in the real world versus Objects in the nano world. Done by: Reynold 3P3 (19). Copper. Properties of copper. Hard vs. Soft In normal circumstances, as objects decrease in sizes (in other words, become finer), their mechanical strength increases. Copper do not differ.

349 views • 17 slides

The sun is the most abundant source of energy we have on earth. It is 4.6 billion years old and considered to be the most reliable renewable source of energy which is not going to run out any time soon. Humans have been tinkering with solar energy since the dawn of time to light fire by concentrating sunlight with the help of glass or mirror. It wasn't until the 1950s, the technology was developed to convert abundantly available solar energy into electricity with the help of Photovoltaic systems cells. It can be used without releasing any greenhouse gases and other harmful by-products, making it the most eco-friendly way of extracting energy to be further converted into electricity. Solar energy is believed to have consistently grown by 33% in the last thirty years from 1979-2010. It is projected to cross over 40% of the total energy for this decade. Many solar installation companies have come up in the last few decades with huge investments made into this technology.

95 views • 8 slides

Ding et al , Adv. Energy Mater. 1 , 415-421 (2011).

Localized Surface Plasmons and Photon-Electron Conversion in Dye Sensitized Solar Cells Jung-Kun Lee, University of Pittsburgh. DMR 0847319.

192 views • 2 slides

A New Type of Discotic Liquid Crystals for Organic Solar Cells Liang-shi Li, Department of Chemistry, Indiana Universit

A New Type of Discotic Liquid Crystals for Organic Solar Cells Liang-shi Li, Department of Chemistry, Indiana University, Bloomington IN 47405.

132 views • 1 slides

ZnTe:O provides intermediate states and bandgap at near optimal energy

Intermediate-band optoelectronic transitions in ZnTeO for high-efficiency solar energy conversion. 2 m m ZnTe:O on GaAs. Photo of prototype ZnTe:O solar cell. Absorption bands for Intermediate states. ZnTe:O provides intermediate states and bandgap at near optimal energy

117 views • 1 slides