Microbiology and Biotechnology Letters (한국미생물·생명공학회지)
- Volume 2 Issue 2
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- Pages.63-77
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- 1974
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- 1598-642X(pISSN)
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- 2234-7305(eISSN)
Optimal Operation Design of Continuous Enzymatic Reactor System
연속효소반응장치의 최적반응조작설계
- Namkoong, Shik (Department of Chemical Engineering Seoul National University)
- Published : 1974.06.01
Abstract
The optimal operation problem of enzyme reactor of double inhibitions are dealt with Maximum Principle and Steepest Ascent Method. The operation policy of the intial concentration and amount of substrate, reaction time and the method of cross feed of substrate are determined in a system of reactor of constant volume add with cross feed of substrate. The policy for the soluble enzyme and the immobilized enzyme are greatly different from each other, and the performance index, the profit per unit time, of the latter are nearly twice greater than that of the former.
가장 복잡한 반응기구를 갖은 효소반응의 예로서, 생성물에 의한 비길항 및 길항 2중조해를 입는 효소반응의 경우에 대하여 연속효소반응장치의 반응 조작을 Pontryagin의 연속형최대원리에 의하여 연구하여 얻은 최적설계법을 보고하였다. 설계예로서 유두영 등의 보문에 발표된 반응속도에 관한 data를 사용하여 합성 Penicilline의 중간체인 6-APA 합성반응공정의 경우를 다루었다.
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