生物加工过程
生物加工過程
생물가공과정
CHINESE JOURNAL OF BIOPROCESS ENGINEERING
2014年
5期
85-90
,共6页
微藻%光生物反应器%光分布%光暗循环%CFD
微藻%光生物反應器%光分佈%光暗循環%CFD
미조%광생물반응기%광분포%광암순배%CFD
microalgae%photobioreactor%light distribution%light/dark cycle%CFD
分析了微藻培养系统内光传递过程的数学模型和光分布影响因素，重点综述了光暗循环对微藻生长影响的实验研究和CFD技术应用研究进展，展望了微藻培养系统内光现象的发展方向，以期为规模化、高效微藻培养光生物反应器的设计、优化和放大提供参考。
分析瞭微藻培養繫統內光傳遞過程的數學模型和光分佈影響因素，重點綜述瞭光暗循環對微藻生長影響的實驗研究和CFD技術應用研究進展，展望瞭微藻培養繫統內光現象的髮展方嚮，以期為規模化、高效微藻培養光生物反應器的設計、優化和放大提供參攷。
분석료미조배양계통내광전체과정적수학모형화광분포영향인소，중점종술료광암순배대미조생장영향적실험연구화CFD기술응용연구진전，전망료미조배양계통내광현상적발전방향，이기위규모화、고효미조배양광생물반응기적설계、우화화방대제공삼고。
The mathematical model of light transfer in microalgae suspensions was built and the effect factors of light distribution in photobioreactor were discussed. This review focused on the research progress of light/dark cycle for microalgae culture and CFD technology for simulation light/dark cycle in photobioreactor,by the way the light phenomena in microalgae suspension were prospected. These would provide prerequisite basis for the optimaztion, design and scale-up of high efficiency photobioreactor suitable for large scale microalgae cultivation.
