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2000•PROCEEDINGS OF CIVIL ENGINEERING IN THE OCEANOpen access

FUNDAMENTAL EXPERIMENTAL STUDY ON DEEP SEAWATER OUTFALL

Kazuhiko Yamauchi, Toshitsugu Sakou, Hiromichi Tanaka

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Abstract

This paper shows Fundamental experimental study on Deep seawater outfall. The result showed that condition of plume mixing, Deep seawater outfall is related to internal-Froude-number (Fr).Deep seawater has three characters. The characteristic of Deep seawater is higher purity, cold and nutrient-rich. Coastal environment is recovered isoyake by utilizing nutrient-rich or cold Deep seawater. A new technology essential for the control Deep seawater outfall.

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What this paper is about

This paper shows Fundamental experimental study on Deep seawater outfall. The result showed that condition of plume mixing, Deep seawater outfall is related to internal-Froude-number (Fr).Deep seawater has three characters. The characteristic of Deep seawater is higher purity, cold and nutrient-rich. Coastal environment is recovered isoyake by utilizing nutrient-rich or cold Deep seawater. A new technology essential for the control Deep seawater outfall.

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Available abstract

This paper shows Fundamental experimental study on Deep seawater outfall. The result showed that condition of plume mixing, Deep seawater outfall is related to internal-Froude-number (Fr).Deep seawater has three characters. The characteristic of Deep seawater is higher purity, cold and nutrient-rich. Coastal environment is recovered isoyake by utilizing nutrient-rich or cold Deep seawater. A new technology essential for the control Deep seawater outfall.

Key concepts: Outfall, Seawater, Deep sea, Plume, Oceanography, Nutrient, Froude number, Environmental science

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