Rapid industrialization, and the world saw the development of a number of items you units that generate heat. So heat this often treated as a waste, if heat people is enormous, the products can transformé in a source of electric power. Now, with all East at University of Arizona to new way to produce energy in heat, this dream will actually become a reality.
Arizona University research Team. Research Team was led by Charles Staffor. He is Associate Professor of physics, and he and his team worked on pick energy from waste. To the team has been published in the September 2010 issue in the journal Science, ACS Nano.
Justin Bergfield author who is a candidate with a doctorat science in the UA College of optics share opinion, '' Thermoelectricity can convert heat directly in electric energy in a car and sides in the morning. Friends in the garden you have said to you are confident that the system you came out on the computer to build with character that you see simulations. "
Advantages: Elimination of Ozone Depleting materials. use the heat waste, like a spiral of electric power multiple advantages. Whereas on the one hand using the theoretical model moléculaire thermoélectrique help in increased efficiencies of vehicles, companies, schools, factories and panneaux solar power on the other side for efficient material thermoélectrique chlorofluorocarbures ozone-appauvrissant, or CFCs, outdated.
Plan more efficient. Crew leader research Charles Stafford on good results is positive because it hope thermoélectrique voltages used plans will be longer than 100 others accomplished. If the team plan, where on a computer, it will be a dream come true all engineering, which had wanted to keep and put to use energy lost in the waste land, but there is a request to efficient and economic to do so.
Had no need for Mechanics, Heater-conversion not invent Bergfield and Stafford doesn't ask for any kind of car you ozone-appauvrissant chemical, as was the case with réfrigérateurs and turbines, who was earlier used for covering waste in electric energy. It seems that work which are done by sandwiching polymere one like a between the two metals that act as an electrode. Thermoélectrique to support ephod, need sides in quality and are easy to make and keep.
Utilization of energy waste. In many ways récoltés Energy used in their cars and factories a waste. Car factory and waste can be used for electricity not génération coating gas and linen a, which is a two time millionieme an inch. East take advantage of the law quantum physics, and if you do not use enough, often provided the results then comes for génération forces in the waste land.
Energy Advantage than the Sun. Moléculaire thermoélectrique materials can help pick in energy from the Sun and reduce to globil photovoltic, which efficiently in pick going to the heat.
How it works
If work on the Molecule and think about used for a similar thermoélectrique Bergfield Stafford, and had never received anything special as far as a cycle discovered that molécules have special features. A large number of molécules was then insérée between électrodes and exposed to a heat source stimulé. Électrons Period in the Molecule be divided into two once he rencontre a ring, and one color of électrons will come after all arm every two ring.
When ring Circuit occurred in a way that électrons is long-standing round all rings in one way, wounding two électrons to phase when they came to the other side of the ring. Waves cancel each other out, meeting. Interruption in the flow of electric charge for variés temperature based up the voltage between électrodes.
Effects of peripheral vision molécules not unique because no system the scale of the Elimination of quantum have electric charge will show a similar effect if there is a temperature difference. Increase in temperature difference, and energy products also raised.
Thermoélectrique by Bergfield Stafford and can generate power 100 Watt efficiency can help your nose increase the car by 25%.
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