• Soil enzyme activity was mostly affected by substrate concentration.

    土壤酶活性主要受底物浓度变化的影响。

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  • As a result, those models could be used to predict batch ethanol fermentation under high substrate concentration.

    因此,该模型可用来预测高初糖质量浓度下间歇发酵过程。

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  • The result shows that the substrate concentration effect on the fermentation is especially marked, then the additive.

    结果表明,基质浓度对发酵效果影响最大,其次是添加剂。

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  • The MFC can operate longer when the initial substrate concentration is higher. The coulomb efficiency decreases while the initial substrate concentration increases.

    微生物燃料电池稳定运行的时间随着基质初始浓度的增大而增加,但库仑效率随着基质浓度的增大而减小;

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  • A multivariable control system has been developed which manipulates heat addition and inflow so as to control digestion temperature and effluent substrate concentration.

    多变量控制系统的操作变量为供热量和进水量,被控变量为消化温度和消化污泥排出浓度。

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  • As the former three substrates were employed, at high substrate concentration, L-Phe inhibited the enzyme uncompetitively and activated the enzyme at low substrate concentration.

    在前三种底物条件下,当高底物浓度时,L-苯丙氨酸表现出反竞争性抑制作用;低底物浓度时,则呈现激活作用。

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  • The effects of competitive product inhibition are shown to increase the substrate concentration in the carrier, and, additionally, to increase the effectiveness factors slightly.

    产物竞争性抑制的存在将增加载体颗粒内的底物浓度,对效率因子的影响较小。

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  • The initial study was conducted on the mutual relationship of the factors as substrate concentration, additive and temperature by means of the L9 (34) orthorhombic experimental method.

    采用L9(34)正交试验法,对影响杂细胞沼气发酵的基质浓度、发酵温度、添加剂三因素进行了初步研究。

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  • In order to find the best conditions of enzymatic hydrolysis, an orthogonal test was adopted to investigate enzyme species, substrate concentration, enzyme concentration and hydrolysis time.

    为了研究猪血红蛋白的最佳酶解条件,采用正交试验法研究了酶的种类、底物浓度、酶浓度和水解时间四个因素。

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  • Substrate concentration and enzyme dosage did not make obvious impact on the efficiency of enzymatic hydrolysis.

    底物浓度和用酶量对酶解效率没有明显的影响。

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  • Substrate concentration and enzyme dosage did not make obvious impact on the efficiency of enzymatic hydrolysis.

    底物浓度和用酶量对酶解效率没有明显的影响。

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