A Powerful Strategy for Analyzing Large-Scale Mass Circulation Networks in CELSS
スポンサーリンク
概要
- 論文の詳細を見る
To characterize CELSS (Closed Ecological Life Support Systems) networks, two kinds of simple closed system models that have two- and four-dependent variables, respectively, are investigated. The CELSS matrix, which is directly yielded within the framework of BST (Biochemical Systems Theory) in a steady state, is singular and does not provide steady-state values for the dependent variables. Nevertheless, in dynamic calculation the dependent variables converge on their respective constant values, which is a contradictory behavior to common sence. This is because of the existence of an alternative equation derived from the law of conservation of mass, which equation is characteristic of CELSS and is automatically satisfied in calculation. On the basis of this finding, BST is modified so as to adapt to the analysis of large-scale mass circulation in CELSS.
- 生態工学会の論文
生態工学会 | 論文
- カセット式魚類養殖技術に関する研究 : ティラピアの長期個別飼育における水槽サイズの影響
- 淡水循環式養殖システムから排出される堆積物の化学的分解による液肥化
- カセット式魚類養殖技術に関する研究 : ティラピア個別飼育の試行と適正水槽幅の検討
- 飼育水の塩類組成がティラピア仔魚 Oreochromis niloticus の飼育に与える影響
- 緑藻セネデスムスを用いた養魚廃棄物中の栄養塩除去