研究者学術情報データベース

カミコ　ナオユキ
神子　直之
KAMIKO Naoyuki

所属理工学部環境都市工学科

職名教授

論文
1.	2015/08	紫外線促進酸化プロセスにおける紫外線エネルギー評価に関する検討 │ 用水と廃水 │ 57 (8),596-604
2.	2012/08	Effects of Wavelength and Water Quality on Photodegradation of N-Nitrosodimethylamine (NDMA) │ Chemosphere │ 89,702-707
3.	2012/07	環境配慮行動の社会性による規定因の差異に関する研究 │ 土木学会論文集Ｇ（環境） │ 68 (7),453-461
4.	2012/06	中小規模水道事業体の濾過池管理の現状と紫外線処理適用の検討 │ 水道協会雑誌 │ 81 (6),2-7
5.	2011/12	Inactivation of Bacterial Viruses in Water Using Deep　Ultraviolet Semiconductor Light-Emitting Diode │ Journal of Environmental Engineering │ 137 (12),1215-1218
6.	2011/09	多波長光源中圧紫外線ランプにおける病原微生物の消毒効果の算定方式と感度解析 │ 用水と廃水 │ 53 (9),52-59
7.	2010	Domestic Water Demand Forecasting Based on Questionnaire and Measurement Survey in Japan │ Proceedings of 7th IWA World Water Congress and Exhibition │ ,DVD-ROM, 8 pages
8.	2009	The Characteristics of Ultraviolet irradiation from light sources │ 19th Ozone World Congress & Exhibition │ ,CDROM 7 pages
9.	2008	新たな紫外線強度推定法による紫外線照射槽の消毒効果予測への影響 │ 環境技術 │ 37,671-677
10.	2007	Study on the UV disinfection efficiency of full-scale UV disinfection reactor │ Proceedings of 2007 World Congress on Ozone and Ultraviolet Technologies │ ,CDROM, 14 pages
11.	2006	Study on the Design of Double Cylinder Tubular Reactor for UV Disinfection │ Third International Congress on Ultraviolet Technologies May 2005 │ ,CDROM, 5 pages
12.	2006	回分式反応装置における有機物の光触媒分解のモデル化に関する研究 │ 環境工学論文集 │ 43,367-372
13.	2005	Comparison of Oxidation and Inactivation Caused by Photocatalyst to E. coli and Coliphage │ Third International Congress on Ultraviolet Technologies May 2005 │ ,CDROM, 6 pages
14.	2004	Examination on the Reaction of Microbes in Flow UV Reactor │ Second Asia Regional Conference on Ultraviolet Technologies for Water, Wastewater & Environmental Applications │ ,CDROM, 6 pages
15.	2004	Study on the Flow Characteristics of a UV flow-through Disinfection Reactor │ Second Asia Regional Conference on Ultraviolet Technologies for Water, Wastewater & Environmental Applications │ ,CDROM, 8 pages
16.	2004	流水式紫外線消毒効果の実用化へ向けての検討 │ 用水と廃水 │ 46 (11),948-954