The obvious MIECC effect on increasing initial reaction rate 2.5~4.5 times but less influence on shifting reaction equilibrium was observed.
实验结果表明，MIECC在提高酯化反应初速率方面表现出明显的耦合效应，可加快反应初速率2 .5～4.5倍。
A new trend in organic catalyzing synthesis is to utilize these two strategies simultaneously, which is called microwave irradiation-enzyme coupling catalysis (MIECC).
目前一种新的研究动向是将两者结合起来用于催化合成反应，这种新型催化方法可以被称作微波辐射-酶耦合催化(MIECC)。
The mechanism of MIECC, especially the microwave induced "athermal action" in bio catalysis systems is briefly discussed theoretically. The potential application of MIECC is prospected.
对MIECC反应中可能存在的耦合催化机理，即微波在生物催化体系中的“非热效应”进行了初步理论探讨，同时展望了这种新的耦合催化方法的前景。
The mechanism of MIECC, especially the microwave induced "athermal action" in bio catalysis systems is briefly discussed theoretically. The potential application of MIECC is prospected.
对MIECC反应中可能存在的耦合催化机理，即微波在生物催化体系中的“非热效应”进行了初步理论探讨，同时展望了这种新的耦合催化方法的前景。
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