Energy around us: Molecules boost electrical current. Part 2
Internal energy. Energy of the system is named thermal Internal energy that relies on its thermodynamic state only. For a system, on which the external forces are not acting and which is found in the state of macroscopic peace more...Energy around us: Surface tension creates current in electrokinetic nanosells
The quantum-electronic and molecular power technologies and equipment are the more promising to receive clear sustainable energy in near future more...Energy around us: The nanotubes permit to build the small hydroelectric molecular power stations
The classic Hydroelectric Power Stations uses for production of electric energy the macroscopic elements of matter, for example, the motion of streams of water more...Energy around us:Self-sustained surface tension pumped electrokinetic accumulator
The battery - electric device, that converts chemical energy into electrical energy has become a common power source for many industrial and household applications more...Discovery of America by Queltanews: Brookhaven National Laboratory
Brookhaven National Laboratory has a history of outstanding scientific achievement that spans more than five decades more...Players at the world energy market: US National Laboratories
U.S Department of Energy Secretary Steven Chu announced that more than $327 million in new funding from the American Recovery and Reinvestment Act will go toward scientific research more...Cooperation between Ukraine and the United States in environmental sphere
Cooperation between Ukraine and the United States in environmental sphere is based on bilateral “Agreement on cooperation in the field of environmental protection”, signed on 7 May, 1992 more...The cause of gravity fingers - the surface tension of water
MIT researchers have found a solution to a scientific problem in fluid mechanics: Why water doesn't soak into soil at an even rate, but instead forms what looks like fingers of fluid flowing downward. more...New research cuts the cost of solar modules
MIT scientists and students are looking for cheaper and more efficient solar cells, either by incorporating materials that are so abundant that they could support a major boom in the industry or by cutting production costs for conventional solar cells. more...In The News
"Controlling optical ray in space: optical deflectors"Work of elements and systems of the solar power engineering is related with the redistribution in space and time and transformations of energy of sun radiations.
2010-09-06 15:58:00