Art
J-GLOBAL ID：201702274956303624
Reference number：17A1540835
Development of a dissolved oxygen improvement system for dam lake
ダム湖の溶存酸素濃度改善システムの開発
Author (9)：
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Material：
Volume：
83
Issue：
853
Page：
ROMBUNNO.17-00147(J-STAGE)
Publication year：
2017
JST Material Number：
U0182B
ISSN：
2187-9761
Document type：
Article
Article type：
原著論文
Country of issue：
Japan (JPN)
Language：
JAPANESE (JA)
Thesaurus term：
Thesaurus term/Semi thesaurus term
Keywords indexed to the article.
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Semi thesaurus term：
Thesaurus term/Semi thesaurus term
Keywords indexed to the article.
All keywords is available on JDreamIII(charged).
On J-GLOBAL, this item will be available after more than half a year after the record posted. In addtion, medical articles require to login to MyJ-GLOBAL.
JST classification (2)：
JST classification
Category name(code) classified by JST.
Reservoirs,regulating ones
, Lake pollution
Reference (7)：
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Aoyama, I., Behavior of iron and manganese in an aquatic environment, Japanese Society of Soil Physics, No.67 (1993), pp.11-18 (in Japanese).
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Amano, K., Efforts for water environment conservation in dam reservoirs, Journal of Japan Society on Water Environment, Vol.35, No.3 (2012), pp.70-74 (in Japanese).
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Beutel, M.W. and Horne A.J., A review of the effects of hypolimnetic oxygenation on lake and reservoir water quality, Journal of Lake and Reservoir Management Vol.15, Issue 4 (1999), pp.285-297.
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Harada, K. and Iwasaki, K., A study on the hypolimnion aeration and its effect, Water technology, No.11 (2003), pp.18-25 (in Japanese).
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Kitasako, H. and Katsube, M., The gas-liquid dissolving apparatus, Japanese patent disclosure, H19-75749 (2007).
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Terms in the title (3)：
Terms in the title
Keywords automatically extracted from the title.
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