继微分反应器研究了国产铜、锌、铝催化剂上变换催化反应工作后,近又完成内循环无梯度反应器的研制与调试工作,并用以进行上述铜、锌、铝催化剂低温变换动力学的测试,进一步证明所得幂函数的正确性,同时还测得原颗粒催化剂的动力学数据,获得了温度与内表面利用率的关联式,为引 Following the differential reactor study of the domestic copper, zinc, aluminum catalyst on the shift catalytic reaction, the completion of the inner loopless gradient reactor research and debugging work, and for the copper, zinc, aluminum catalyst low temperature shift kinetics Test, to further prove the correctness of the power function obtained, but also measured the kinetic data of the original particle catalyst, access to the relationship between temperature and the inner surface utilization, as cited