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Effects of Substrate Permeation on Kinetics of Phenol Biodegradation

机译:底物渗透对苯酚生物降解动力学的影响

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摘要

Based on the theory of substrate permeation through the cytoplasmic membrane, and considering the effect of initial concentration of substrate, a new kinetic model of phenol degradation process was proposed. Comparing with the widely used Haldane model, which is greatly dependent on the initial phenol concentration, our model can be used to simulate the phenol degradation process in a wide range of initial phenol concentration by using only one set of model parameters. Therefore, this new kinetic model has much more potential applications to industrial design and operation.
机译:基于底物透过细胞质膜的渗透理论,并考虑底物初始浓度的影响,提出了一种新的苯酚降解过程动力学模型。与很大程度上依赖于初始苯酚浓度的广泛使用的Haldane模型进行比较,我们的模型仅需使用一组模型参数即可用于模拟各种初始苯酚浓度下的苯酚降解过程。因此,这种新的动力学模型在工业设计和操作中具有更多的潜在应用。

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