원적외선 방사물질 제조 및 물질의 특성분석
Manufacture of the far infrared ray emission materials and analysis of the characterization of materials
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Blood soil and the mixture of blood soil, elvan soil and, silica soil materials were molded, then they were sintered in 1100oC and were used for the emission of the far infrared ray boll. The emission from the manufactured bolls was relatively high in the range of 8~12 μm wavelength each. The elution of minerals from mixture bolls was very low, but the elimination of heavy metal cadmium ion in activated water and energy water treated with mixture bolls was very high. Activated water and energy water had a high to the UV protected ability in comparison to drinking water.
Abstract
Blood soil and the mixture of blood soil, elvan soil and, silica soil materials were molded, then they were sintered in 1100oC and were used for the emission of the far infrared ray boll. The emission from the manufactured bolls was relatively high in the range of 8~12 μm wavelength each. The elution of minerals from mixture bolls was very low, but the elimination of heavy metal cadmium ion in activated water and energy water treated with mixture bolls was very high. Activated water and energy water had a high to the UV protected ability in comparison to drinking water.
참고문헌 (17)
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