Radiation transmitter

Abstract

Radiation transmitter, also called radiation semiconductor, is a structure that can rectify and gather the random radiation from a single heat source. It is known from the Fermat's principle that light in a medium with graded index usually deflects from an area with high refractive index to an area with low refractive index, and light in the area with low refractive index always can reach the area with high refractive index, but part of the light traveling from the area with high refractive index to the area with low refractive index will return to the area with high refractive index within an inflexion effective distance. As a result, the radiation heat exchange between the surface with low refractive index and the isothermal surface with high refractive index is unbalanced, radiation is automatically and directionally transferred by wave-guide, and the heat of an object is automatically and directionally transferred to the isothermal and high-temperature objects by radiation. The radiation transmitter, which is a basic structure for developing atom energy, can gather, store and transfer solar radiation energy and spontaneous radiation energy of other objects, and can be used for refrigeration, heating, air conditioning, cooking, heat engine driving, power generation, etc.

Description

TECHNICAL FIELD[0001]The invention relates to a radiation application technique, particularly a radiation transmitter for automatically and directionally transmitting radiation.BACKGROUND ART[0002]Energy is everywhere on the earth. Some people estimate that the amount of energy causing the seawater temperature to decrease 0.01K will enable the machines in the whole world to run several years. The amount of energy really needed by the human beings is only 1 / 10,000 of the solar energy received by the Earth. However, why do the human beings have to face the energy crisis? The reason is more or less related to the bias of the second law of thermodynamics in addition to other technological factors.[0003]The second law of thermodynamics is about the conducting direction and condition of the actual macroscopic process of thermal phenomenon. The various arguments in the past (called multi-argument second law of thermodynamics) mainly include(1): (1) It is impossible to transfer heat from lo...

AI Technical Summary

Benefits of technology

[0080]At present, the combustion of fossil fuel for transportation exhausts several billion tons of CO2. If the thermal power generation is stopped, and the solar energy is used for transportation, warming and cooking, ten billion tons of CO2 exhaust can be reduced annually to effectively relieve global warming.

Problems solved by technology

(3) It is impossible to manufacture perpetual motion machine of the second kind (Planck).

The multi-argument second law of thermodynamics mainly shows the heat transfer phenomenon of heat power and it is unavoidably biased.

The heat of the objects can be transferred from high-temperature object to low-temperature object through material mixing, contact and collision in the mode of convection and conduction, but cannot be transferred through vacuum.

However, the optical isolator and optical circulator can cause other changes during radiation rectification, thus the second law of thermodynamics can not be questioned.

The energy crisis is an earthshaking problem.

The utilization rate of the solar energy for photovoltaic power generation is only 3% to 15%, and the amount of electricity is seriously affected by sunlight intensity so that the utility values of the solar energy vehicles, ships and aircrafts are low.

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