Pyrrole Derivatives and Their Modern Applications Essay Preview: Pyrrole Derivatives and Their Modern Applications Report this essay [pic 1] [pic 2][pic 3]AbstractPyrrole is a versatile molecule which has various applications. Pyrrole derivatives have found use in dyes, pigments, polymers and coatings, pharmaceuticals. Most of the applications covered in this report are post 2006. Applications in.
Applied Materials Essay Preview: Applied Materials Report this essay Applied Materials, Inc, the world largest semiconductor equipment maker was founded in 1967, California. Applied Materials develops and produces technologies to be used in semiconductor equipments, flat panel display, glass coating for homes and buildings, PV solar cells, etc. Since the beginning, Applied Materials has been.
Dye-Sensitized Solar CellsAbstract – A solar cell is a device that is used to convert solar energy into electricity. Semiconductor solar cells are made from two doped crystals, one n-type doped crystal, which has extra free electrons, and the other p-type doped crystal, which has extra holes. When the solar cell is placed in sunlight,.
Environmentally Friendly Alternatives for Residential Power Essay Preview: Environmentally Friendly Alternatives for Residential Power Report this essay Environmentally Friendly Alternatives for Residential Power Background Report November 26, 2006 Table of Contents Executive Summary Introduction Discussion Conclusion Bibliography Executive Summary This is a report about solar energy for the residential group, Pittsburg Greens. It was researched.
Solar Cells Essay Preview: Solar Cells Report this essay Solar cells Solar cells today are mostly made of silicon, one of the most common elements on Earth. The crystalline silicon solar cell was one of the first types to be developed and it is still the most common type in use today. They do not.
Future of Transportation When contemplating about the future of transportation we think of, flying cars, bullet trains, electric autonomous cars, sub-orbital planes and the like but we don’t think much about the infrastructure on which those vehicles depend. First up is Solar Roadways. Imagine replacing the concrete or asphalt with solar cells beneath a layer.
