• 한국의사학회지
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• 제21권1호
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• pp.1-12
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• 2008

San-Cheong region is the mountainous region in the southeastern part of Jiri-San where herbs with superior quality has been produced and famous doctors in history of Oriental Medicins such as Eui-Tae Ryu, Yi-Tae Yu, Cho-Gek Huh, and Cho-Sam Huh has lived. The most famous of all is Eui-Tae Ryu, who was a court physician under the reign of Suk-Jong in late 1660s. He wrote many classics on Oriental Medicines such as 痲疹編, a professional literature on measles, 實驗單方, a classic on miscellaneous diseases, 麟西聞見錄. Also, Cho-Gek Huh, and Cho-Sam Huh brothers wrote 晋陽神方, 晋寓神方, and various tales on medicines.

• 한국해양공학회:학술대회논문집
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• 한국해양공학회 2002년도 추계학술대회 논문집
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• pp.100-107
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• 2002

This study investigates the seasonal variation and spatial distribution characteristics of pollutant load, as executing the quantity valuation of pollutant load inflowing into Yeong-Il bay from on-land including the Hyeong-san river. Annual total pollutant generating rate from Yeong-Il bay region are 202ton to BOD, 620ton to SS, 42ton to T-N, 16ton to T-P respectively, if expressly point out, pollutant generating rate from the Hyeong-san river is the greatest, which BOD ratio is 78.2%, SS 88.5%, T-N 62.5%, T-P 73.1%. As calculating Tank model with input value of daily precipitation and evaporation of 2001 year in drainage basin of the Hyeong-san river, Estimated result of the annual total river discharge effluencing from this river is $830{\times}106m^3$. As result to estimating annual total effluence rate outflowing at the rivers from each drainage basins, annual total inflow pollutant rate are BOD 10,633ton, SS 19,302ton, T-N 15,369ton, T-P 305ton. The III basin which is population congestion region of the Pohang-city drain away a good many pollutant load than the V basin including the Neang-Chun with wide drainage area. Especially, a great many T-N than T-P inflow into Yeong-Il bay. The accumulation of pollutant load effluenced from on-land will happen on at the inner coast region of Yeong-Il bay, finally we would make a prediction that the water quality will take a bad turn.