| Concept
of New Photoelectromotive Force Technology
Electromagnetic Radiation Receiver The electromagnetic radiation receiver operates by a similar mechanism to the solar panel. In the solar panel, it has been used all over the world as one energy source, and the mechanism is evidence. The one using a photoelectric effect. Working to which the electron the metal and in the semiconductor is liberated by optical energy and an electromagnetic radiation is called a photoelectric effect. There are three different
phenomena in a photoelectric effect. The photoelectromotive force to an
optical discharge and the photoconduction deflecting.
The stem If a basic function and the mechanism of the solar panel can be understood, it is easy to understand working of the electromagnetic radiation receiver. However, a point which is greatly different from that of solar is 24 day hours, and the points with sensitivity in which the electromagnetic radiation spectrum from a wide area to the area of infrared rays ,that is, from ultraviolet rays which pours down over the earth the set of the sun later is received. Some 1000 stars which twinkle to night sky. The all poured and earth Takashi had poured electromagnetic energy of the infrared rays area from ultraviolet rays for the past several billion years. Therefore, the electromagnetic radiation receiver has the function to invent the electron at nighttime. I had searching researched the method of collecting the energy of the electron from a wide area of the electromagnetic radiation spectrum for the past 22 years. The result is a solar energy system of a new type of electromagnetic radiation receiver. The basic mineral used in the electromagnetic radiation receiver behaves as if the charge which moves in the electrical conduction, and plays the role to produce the cloud of a free electron. The energy barrier on the surface confines the electron in the electromagnetic radiation receiver. However, when the speed toward energy or outside of the electron increases enough, the electron is discharged into the space. This electron calls necessary amount of energy for the space to discharge a work function, and is expressed by the following expression. E=W The electron is not discharged into the space, and at largeness, discharged if the energy of Hica (photon) is smaller than that of this value. The energy of the electron at this time uses the expression in Einstein's photoelectric effect. E=hv=W+1/2mW It is shown. The amount whose energy of the photon is larger than that of E=W becomes kinetic energy (1/2mW) of the electron. The photon is given all energy and disappears. h is a constant which is basic of a physical law (quantum mechanics). |