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英文高手 麻煩幫我修改一下這段文章 謝謝 (急)
可以幫我檢查一下文法和用字嗎 謝謝Taiwan is a subtropical area with hot and humid climate. Due to sun irradiation
solar radiation of roof in buildings is two to three times comparing with the others planes. The bad-designed roof construction in buildings is the main cause for interior space being high temperature and humid. In order to improve the phenomenon
this research is designed by using architectural method to improve the roof construction in buildings and steel decking to construct. Furthermore
it combines hot water system and main structure of buildings. Not only efficiently using solar energy to produce hot water
but also reducing solar radiation to achieve the requirement of comfort in interior space.The research method is to demonstrate the heat insulation and energy accumulation performance on solar air collector integrating with double-layer roof in buildings. The U value (the coefficient of heat transmission) of single-layer roof is 1.48 W/㎡．℃
and U value of the double-layer roof is 0.81 W/㎡．℃. According to the result
it evidences that the proposed device actually benefits in heat insulation
reducing 45.27％ comparing with single layer roof. In addition
while the collector plane collects solar radiation between 8:00 to 16:00 is 4006.86 kcal/m²
solar air collector collects hot water which is 3337.20 kcal. The system create optimum performance and use renewable and saving energy by integrating present housing
new campus roof
gymnasium buildings
hotel buildings and industry factory buildings
etc.
Taiwan is a subtropical area with hot and humid climate. Due to sun irradiation
solar radiation of roof in buildings is two to three times comparing with the others planets. The poorly-designed roof construction in buildings is responsible for the humidity and high temperature existed in internal space. In order to rectify the phenomenon
this research is designed by using architectural method to improve the roof construction in buildings and steel decking to construct. Furthermore
it combines hot water system to the main structure of buildings. Not only being able to use solar energy to produce hot water
this will also reduce solar radiation to achieve the requirement of comfort in interior space.The research method is to demonstrate the heat insulation and energy accumulation performance on solar air collector integrating with double-layer roof in buildings. The U value (the coefficient of heat transmission) of single-layer roof is 1.48 W/㎡．℃
and U value of the double-layer roof is 0.81 W/㎡．℃. According to the experimental result
it evidences that the proposed device actually benefits in heat insulation
reducing 45.27％ comparing with single layer roof. In addition
while the collector plane accumulates solar radiation between 8:00 to 16:00 is 4006.86 kcal/m²
solar air collector acculumate hot water which is 3337.20 kcal. The system created optimum performance and used renewable and saving energy by integrating present housing
new campus roof
gymnasium buildings
hotel buildings and industry factory buildings
etc. 參考資料 讀台北美國學校
