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| ホーム > 学会誌「EICA」 > 論文検索 > |
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| 内容 |
研究発表 |
| 巻 |
7巻2号2002年
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| Page |
205
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| 題名 |
Detection of potassium cyanide using Closterium fluorescence monitoring (CFM) system
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| Title |
Detection of potassium cyanide using Closterium fluorescence monitoring (CFM) system |
| 著者 |
"○Kim Sang-Gil(Enbio), Matsui Saburo（Kyoto Uni.）, Hamada Jin（Toyama medi）, Jeon Sook-Lye, Lee Ji-Na, Shin Jae-Duck（Enbio）" |
| Authors |
"○Kim Sang-Gil(Enbio), Matsui Saburo（Kyoto Uni.）, Hamada Jin（Toyama medi）, Jeon Sook-Lye, Lee Ji-Na, Shin Jae-Duck（Enbio）" |
| 著者表記 |
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| 著者表記(英) |
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| 著者勤務先名 |
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| Office name |
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| 著者所属名 |
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| キーワード |
"Algal biomonitoring system, CFM system, Fluorescence measurement, water pollution, potassium cyanide (KCN)" |
| Key Words |
"Algal biomonitoring system, CFM system, Fluorescence measurement, water pollution, potassium cyanide (KCN)" |
| 概要 |
"This algal bioassay aims to be a water biomonitoring system using green algae, Closterium ehrenbergii and particularly to detecting environmental stress exerted on water by measuring fluorescence of photosynthesis processes. This method is an advantage in that the presence of the water pollution can be measured and monitored in a few minutes as short time. Moreover, this method is a further advantage in that the number of relevant equipment and manpower required for the water monitoring can be remarkably reduced. Algal biomonitoring system introduced in this study as CFM (Closterium Fluorescence Monitoring) system, which could be detected potassium cyanide rapidly and sensitively." |
| Abstract |
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