| ¾ú¦~«ü¾É¾Ç¥Í¤Î½×¤åºKn | Last Updated: 2010-06-18 |
| ²¦·~¦~ Graduated Year |
©m¦W Name |
½×¤å¦WºÙ¤ÎºKn Thesis and Abstract |
| 1996 | ¶À¦w§Â An-Tsun Huang |
¦Û¨Ó¤ô¤¤I´º¦³¾÷ª«§lªþ¯S©Ê¤§¬ã¨s[ºKn] The adsorption characteristics of background organics in drinking water |
| 1997 | ªô®Û^ Kuei-Ying Chiu |
¥ú¶Ê¤Æ¤ÏÀ³³B²z¤ô¤¤I´º¦³¾÷ª«¤§¬ã¨s[ºKn] Photocatalytic Degradation of The Background Organic Matter in Drinking Water |
| 1997 | ³¢«T½å Jiun-Shian Kuo |
¥H°g§AºÞ¬Wµû¦ô¬¡©ÊºÒ§lªþ¤ô¤¤¦³¾÷ª«¤§¥i¦æ©Ê¬ã¨s[ºKn] Using RSSCTs to assess the avaibility of GAC adsorption of organic matter in water |
| 1998 | Á²Q´@ Shu-Ting Hsieh |
¤À¥ú¥ú«×pºÊ´ú¤Î¥H¥ú¶Ê¤Æ³B²z¤ô¤¤I´º¦³¾÷ª«¤§¬ã¨s[ºKn] Monitoring and Photocatalysis of Natural Organic Matter in Drinking Water |
| 1999 | ³Å¤d¨| Chien-Yu Fu |
¥x¥_¥«¤¤¤ß«B¤ô¤ô½è¯S©Ê¤§¬ã¨s[ºKn] A Study of Rain Water Quality in Downtown Taipei |
| 1999 | §dªÚ·ç Fang-Jui Wu |
¥HUV/H2O2¥ú¶Ê¤Æ¤ÏÀ³³B²z¤ô¤¤I´º¦³¾÷ª«¤§¬ã¨s[ºKn] Catalyzed oxidation of Natural Organic Matter in Water by UV/H2O2 |
| 2000 | ¥Õ©k¿P Shan-Yann Pai |
¥H¯ä®ñ®ñ¤Æ¤ô¤¤¦³¾÷ª«¤§¬ã¨s[ºKn] Oxidation of Organic Matters in Aqueous Solution by Ozone |
| 2000 | ³¯¼z¶² Huei-Wen Chen |
¥HUV/H2O2µ{§Ç³B²z¤ô¤¤¦³¾÷ª«¤§¬ã¨s[ºKn] Decomposition of Organic Matters in Aqueous Solution by UV/H2O2 process |
| 2001 | ·¨¾åµ× Hsiao-Ching Yang |
²V¾®³B²z¦Û¨Ó¤ô¤¤®ø¬r°Æ²£ª««e½è¤§±´°Q[ºKn] Enhanced Coagulation for Removal of DBP Precursors in Source Waters |
| 2003 | ªL´f¼b Hui-Chiao Lin |
ªe¤t«ü¼Ð¦Ã¬Vª«¤Î¤ôÅé¤ÀÃþ¤ô½è¼Ð·Ç¤§±´°Q[ºKn] The relationship between the River Quality Indicators and the Water Quality Classification Criteria |
| 2003 | ´¿¤¸¿[ Yuan-Ching Tseng |
Fentonµ{§Ç³B²z¤ô¤¤¦³¾÷ª«¤§¬ã¨s[ºKn] Degradation of Natural Organic mater in Water with Fenton Process |
| 2003 | ¾H¶®î¯ Ya-Chen Deng |
¶¼¥Î¤ô¤¤¤T³¿¥ÒÖJ¤§¥Í¦¨¤Î¨äPÀù·ÀIµû¦ô[ºKn] Formation And Risk Assessment of Trihalomethanes in Drinking Water |
| 2004 | §õs¼ü Cheng-Ying Lee |
°ª¶¯³£·|°Ï¤j®ðÀô¹Ò¤¤²¸®ñ¤Æª«²[®e¯à¤O¤§¬ã¨s[ºKn] Study of Atmospheric Carrying Capacity for Sulfur Oxides in Kaohsiung Metropolitan Area |
| 2004 | ±i¼zùÜ Hui-Hsien Chang |
¥xÆW¦a°Ï¶¼¥Î¤ô¤¤§t³¿¤A»Ä¤§¤ÀªR»P¬y§G½Õ¬d[ºKn] Analysis and Distribution of Haloacetic Acids in Drinking Water of Taiwan |
| 2005 | ¶À¯\µY Pei-Lin Huang |
±´°Q®ø¬r°Æ²£ª«ª«ºØ¥Í¦¨¤§¦]¯À¤Î°ª¯Å®ñ¤Æ«e³B²z¤§¼vÅT[ºKn] Effects of AOP Pre-treatment on DBPs Formations |
| 2005 | §d«CªÚ Ching-Fang Wu |
²B®ñ¦Û¥Ñ°ò³B²z¤ô¤¤®ø¬r°Æ²£ª««e½è¤§¬ã¨s[ºKn] Removal of Disinfection By-products Precursors in Water with Hydroxyl Free Radical |
| 2006 | ¿à¤hÄP Shih-Peng Lai |
§t³¿¤A»Ä©óºCÂo³B²z¬yµ{°¸Ñ¯S©Ê¤§±´°Q[ºKn] The Characteristics of Haloacetic Acids Degradation with Slow Sand Filtration |
| 2006 | ªô¥ü¦w |
«e¥[´â³B²zÀu¾i¤Æ¤ôÅé¹ï®ø¬r°Æ²£ª«¤§¼vÅT[ºKn] Effect of Pre-chloronation on Algae as Precursors for Disinfection By-products |
| 2007 | ³¯«Â»x Wei-Chih Chen |
¤ñ¸û¤£¦P«e®ñ¤Æ¤è¦¡³B²zÀu¾i¤Æ¤ôÅé¹ï®ø¬r°Æ²£ª«¥Í¦¨¤§¼vÅT[ºKn] Effects of Preoxidation Methods on DBPs Formation inTreatment of Eutrophicated Water |
| 2007 | ¤è¥ß´@ Li-Ting Fang |
UV/H2O2¥ú¶Ê¤Æµ{§Ç¹ï©ó±±¨î®ø¬r°Æ²£ª««eÅXª«½èªº¼vÅT [ºKn] The Effect of UV/H2O2 Process on Controlling DBPs Precursors |
| 2007 | §õ®õ¼Ý Tai-I Li |
ª÷ªù¦a°Ï°t¤ôºÞºô¤ô½è°Ñ¼Æ»P·L¥Íª«¦A¥Íªø¤§¬ã¨s [ºKn] Relationships between the water quality parameters and microorganism regrowth in Kinmen drinking water distribution system |
| 2008 | ¶À¥Ã©w Yong-Ting Hung |
ºC¬âÂo¦À¥Íª«½¤¥Íª«Á`¶q»P§t³¿¤A»Ä°¸Ñ¤§Ãö«Y [ºKn] Biofilm Formation and Haloacetic Acids Degradation in Slow Sand Filtration Units |
| 2008 | ªL¼z®S Hui-Chuan Lin |
«e®ñ¤Æ³B²zµ{§Ç¹ï¤ÑµM¦³¾÷ª«²Õ¦¨¤Î®ø¬r°Æ²£ª«¥Í¦¨¤§¼vÅT [ºKn] The Effect of Pre-Oxidation on Fractionation of NOM and DBPs Formation |
| 2009 | ¸Ù§g Ni-Chun Yeh |
¶¼¥Î¤ô³B²z¬yµ{¤¤¤T´â¤A»Ä¥Íª«°¸Ñ¤§¬ã¨s [ºKn] Investigation of Trichloroacetic Acid Biodegradation in Drinking Water Treatment Process |
| 2010 | ¤ýÃý±¶ Yun-Jie Wang |
®ø¬r°Æ²£ª«©ó²b¤ô¬yµ{¤¤¤§¥Í¦¨»P±J©R¬ã¨s [ºKn] Formation and Fate of Disinfection By-products in Water Treatment Processes |
| 2010 | à©Yª´ Zuo-Mei Wu |
¶Ç²Î²b¤ô³B²zµ{§Ç¹ï¤ô¤¤¤Ð°ò×ôÃþ¤Æ¦Xª«¥h°£®ÄªG¤§¬ã¨s [ºKn] Removal of Nonylphenolic Compounds in Simulated Water Treatment Processes |