Abstract
Near-field radiation that has a high intensity of electric field might be applied to enhancement of energy transfer. Furthermore, an increase in output power of electricity was also detected slightly through a thermophotovoltaic cell. In a vacuum chamber, the cell and the tungsten emitter were put together in face to face and in parallel with a small gap. As the gap becomes narrower than a few microns, the emitter temperature is decreased drastically, which means that heat transfer is enhanced since the input energy into the emitter is kept at constant. On further decrease in gap, the electric power increases just before contact though the emitter temperature decreases continuously.
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