建立了固定化纤维素酶的反应动力学模型，该模型以米氏方程为基础并考虑了产物竞争性抑制的影响。
A kinetics model was developed for predicting and simulating immobilized cellulase performance, which follows Michaelis_Menten kinetics with competitive product inhibition.
进一步利用里氏木霉纤维素酶和固定化纤维二糖酶的协同作用，纤维原料的酶解得率可高达88.2％。
Under the synergetic reaction of T. reesei cellulase and immobilized cellobiase, the yield of hydrolysis was raised to 88.2%.
进一步利用里氏木霉纤维素酶和固定化纤维二糖酶的协同作用，纤维原料的酶解得率可高达88.2％。
Under the synergetic reaction of T. reesei cellulase and immobilized cellobiase, the yield of hydrolysis was raised to 88.2%.
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