optimum temperature sequence 最优温度序列
The conversion efficiency obtained in the test sequence of high to low temperature was higher than that of low to high temperature sequence. The …
以高温→低温的试验顺序可获得较高的催化剂净化率；
The results showed that sequence and way of feeding, reaction temperature, time of aging, stirring speed and drying and calcinations had remarkable influence on the pore structure.
结果表明，加料顺序、加料方式、成胶温度、老化时间、搅拌速率以及干燥焙烧等因素对孔结构均有明显影响。
Primary and secondary sequence of parameters is temperature, time, flow rate of hydrogen and nitrogen.
各参数对沉积速率影响的主次顺序为：沉积温度、沉积时间、氢气流量、氮气流量。
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