| 摘要 |
PROBLEM TO BE SOLVED: To solve the problems of what heat is, what the principle of heat is, how heat is generated, what the principle of heat generation is, how heat is transmitted, and what the principle of heat transmission is. SOLUTION: A liquid represents a state, where photons of about 10<SP>-11</SP>times the quantity of photons for one molecule are added to a solid and are rotating; a gas represents a state, where photons of about 10<SP>-11</SP>times the quantity for photon of a single molecule are added to gas and are rotating. What these photons expel is heat. Firing heat is the energy required for generating a field of energy which is larger than that for expelling the photons. In the case of gas, the quantity of photons added to the periphery of one molecule is about 3×10<SP>-11</SP>times that for a single molecule; and since it is substantially equal to the heat of combustion of a single molecule, that the photons added to the periphery of the molecule are heat is appreciated. The quantity of photons added to the periphery of a single molecule is equal to the combustion heat of a single molecule. COPYRIGHT: (C)2004,JPO
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