4生物传感器 发酵过程控制(Control of Fermentation Process) 第四章 生物传感器 第四章 生物传感器 4.1 概述 4.2 生物传感器基本原理 4.3 酶传感器 4.4 微生物传感器 4.5 其他..
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The count propagation network (CPN) was taken as framework, combining an improved fuzzy control algorithm, to realize the fuzzy-neural control of fermentation process.
采用自组织计数传播网络(CPN)作为框架,结合改进的模糊控制算法,实现对发酵过程的模糊神经元控制。
Detection of dissolved oxygen is very important for the control and optimization of microbe fermentation process.
溶解氧的检测对于微生物发酵过程控制及优化起着重要作用。
Objective to investigate the control ability of bromogeramine solution to mixed bacteria and the appropriate concentration in lincomycin fermentation process.
目的考察新洁尔灭溶液在洁霉素产生菌发酵过程中对杂菌的控制能力及其能有效控制的适宜浓度。
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