학술저널
The purpose of this study was deve10prnent of a simp1e phytop1ankton mode1 for reservoir and applied DaeCheung reservoir. The effects of 1ight intensity, PO.-p, settling rate and flushing 10ss on phytop1ankton growth are ana1yzed. This paper describes as investigation of the potentia1 of simp1e phytop1ankton mode1s to disp1ay chaotic instability, but given the observation of chaotic behavior in other simp1e simulation systerns, such behavoir rnay actual1y be rea1 fluctuation in the system response.
l.序論
II. 運類模型의 理論
lll. 樓型의 適用性
lV. 結論
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