| 摘要 |
PROBLEM TO BE SOLVED: To excite the nuclear vibration of an exhaust gas by making a plasmatron red-hot by high heat in order to render exhaust gas of combustion heat harmless at an atomic level by the plasmatron made of ceramics. SOLUTION: A combustion system is configured as follows. A hermetically-sealed furnace without a chimney is installed as a combustion furnace. An air injection device is provided at the upper-right corner end. A fuel pour-in window is provided under the air injection device as well so as to maintain safety. Combustion gas is sprayed to a plasmatron, installed on the left side of the furnace bottom, by air pressure. Oxidization heat of the gas is combusted by high heat. The heat is stored in the plasmatron so as to enhance an electron temperature from 1,200 degrees to 5,500 degrees while being increased to high heat by energy-up. A titanium metal and an alumina ceramic are made red-hot so as to induce powerful infrared radiation heat. Over the whole process, fluorocarbon and molecules or atoms of soot and dust that cause pollution are converted into clean-heat coulomb energy by nuclear vibration so as to emit it in the air. COPYRIGHT: (C)2009,JPO&INPIT
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