碩士 / 嘉南藥理大學 / 觀光事業管理系 / 103 / After the opening of Hsuehshan Tunnel, the traffic volume increases drastically and Jiaosi has become popular tourist attractions in recent years. In addition to the research of distribution of water volume in Jiaosi hot springs area, this thesis discusses the total amount control is in accordance with hot spring resource distribution in Jiaosi hot springs area by monitoring data.
This study is used the rainfall and evaporation data in 2012 to estimation the Jiaosi cold water dischange. volume and hot springs area with rainfall and evaporation data in 2012. This thesis designs the proportion experiment of mixing indoor and field cold and hot water to estimate the different mixing proportion of cold and hot water districts with different temperatures. Which can estimate hot water and hot spring volume in every district of Jiaosi hot springs area through temperature and empirical formulas
The results show that the daily cold water volume was 5,733 m3 and hot water was 1,989 CMD, hot spring water was 7,722 CMD in 2012, while nearby the temperature method empirical of Chen (2014). The cold water was 4,500 CMD and the hot water was 1,086 CMD, hot spring water volume in Jiaosi hot spring area was 5,586 CMD in 2013. The estimates of hot water volume were as follows: Tangwei Station (41%), Tourist Center Station (24%), Park Station (10%) and Parking Lot Shen Station (9%). Accounting for only 48% of the total area, the four districts own 84% of the total hot water volume. Dazhong Road Station (8%), Qilidanqian Station (5%) and New Xiaoshen Station (3%) only have 16% of hot water volume. The total hot spring volume should be subregional control is reasonable.
| Identifer | oai:union.ndltd.org:TW/103CNUP0517029 |
| Date | January 2015 |
| Creators | Hsiao-Ping Sun, 孫曉萍 |
| Contributors | Jung Wei Chen, 陳忠偉 |
| Source Sets | National Digital Library of Theses and Dissertations in Taiwan |
| Language | zh-TW |
| Detected Language | English |
| Type | 學位論文 ; thesis |
| Format | 109 |
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