Applying the Nanophotocatalyst to the Antibacterium in the Lavatory

碩士 === 國立臺灣科技大學 === 營建工程系 === 96 === The environmental purification has become an important topic in many countries. The material of nanophotocatalyst is advanced, healthy, natural and effective, which not only has no side effect but also suppresses the bacterium in the environment. Both high-hydrox...

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Main Authors: Wen-Chin Li, 李玟錦
Other Authors: Chin-Huai Young
Format: Others
Language:zh-TW
Published: 2008
Online Access:http://ndltd.ncl.edu.tw/handle/45654775925823387762
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spelling ndltd-TW-096NTUS55120812016-05-13T04:15:17Z http://ndltd.ncl.edu.tw/handle/45654775925823387762 Applying the Nanophotocatalyst to the Antibacterium in the Lavatory 奈米光觸媒應用於廁所空氣之抗菌研究 Wen-Chin Li 李玟錦 碩士 國立臺灣科技大學 營建工程系 96 The environmental purification has become an important topic in many countries. The material of nanophotocatalyst is advanced, healthy, natural and effective, which not only has no side effect but also suppresses the bacterium in the environment. Both high-hydroxide and Superoxide free radicals are produced by TiO2 through the exposure of the visible light in the environment of oxygen and water. These free radicals damage the cell membrane of the bacterium and result in the elimination of the bacterium. Therefore, the elimination improves indoor air quality. This researcher sprayed the photocatalyst on the surface of the tiles and the chinaware in the lavatory, to reduce the quantity of the bacterium. The antibacterium effects of the nanophotocatalyst were further explored after strengthening the Photocatalytic reaction through the exposure of the visible light. Afterward used mechanism of the air circulation and tested by the active photocatalyst. At the first stage, the antibacterium rate was 78.75% after the application photocatalyst. At the second stage, the antibacterium rate was 83.33% after the lavatory was increased illumination. At the third stage, the antibacterium rate was 83.45% with the improvement of ventilation. At the last stage, the antibacterium rate was 84.14% with the apparatus of active photocatalyst. These experiments proved that the photocatalyst is able to adjust application to reach the best antibacterium effect in accordance with the bacterium rate of environment. The purpose of researching and developing the scientific and technological material is to enhance the quality of life.It has been proved in this research that the photocatalyst has the antibacterium effect in the lavatory. Besides, this conclusion is merited popularization in the indoor public place to offer better environment. Chin-Huai Young 楊錦懷 2008 學位論文 ; thesis 98 zh-TW
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description 碩士 === 國立臺灣科技大學 === 營建工程系 === 96 === The environmental purification has become an important topic in many countries. The material of nanophotocatalyst is advanced, healthy, natural and effective, which not only has no side effect but also suppresses the bacterium in the environment. Both high-hydroxide and Superoxide free radicals are produced by TiO2 through the exposure of the visible light in the environment of oxygen and water. These free radicals damage the cell membrane of the bacterium and result in the elimination of the bacterium. Therefore, the elimination improves indoor air quality. This researcher sprayed the photocatalyst on the surface of the tiles and the chinaware in the lavatory, to reduce the quantity of the bacterium. The antibacterium effects of the nanophotocatalyst were further explored after strengthening the Photocatalytic reaction through the exposure of the visible light. Afterward used mechanism of the air circulation and tested by the active photocatalyst. At the first stage, the antibacterium rate was 78.75% after the application photocatalyst. At the second stage, the antibacterium rate was 83.33% after the lavatory was increased illumination. At the third stage, the antibacterium rate was 83.45% with the improvement of ventilation. At the last stage, the antibacterium rate was 84.14% with the apparatus of active photocatalyst. These experiments proved that the photocatalyst is able to adjust application to reach the best antibacterium effect in accordance with the bacterium rate of environment. The purpose of researching and developing the scientific and technological material is to enhance the quality of life.It has been proved in this research that the photocatalyst has the antibacterium effect in the lavatory. Besides, this conclusion is merited popularization in the indoor public place to offer better environment.
author2 Chin-Huai Young
author_facet Chin-Huai Young
Wen-Chin Li
李玟錦
author Wen-Chin Li
李玟錦
spellingShingle Wen-Chin Li
李玟錦
Applying the Nanophotocatalyst to the Antibacterium in the Lavatory
author_sort Wen-Chin Li
title Applying the Nanophotocatalyst to the Antibacterium in the Lavatory
title_short Applying the Nanophotocatalyst to the Antibacterium in the Lavatory
title_full Applying the Nanophotocatalyst to the Antibacterium in the Lavatory
title_fullStr Applying the Nanophotocatalyst to the Antibacterium in the Lavatory
title_full_unstemmed Applying the Nanophotocatalyst to the Antibacterium in the Lavatory
title_sort applying the nanophotocatalyst to the antibacterium in the lavatory
publishDate 2008
url http://ndltd.ncl.edu.tw/handle/45654775925823387762
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