reforming temperature

基本解释

The structure and operating parameters of this type cyclone could provide the basis for designing and reforming the high temperature cyclone.
文中提出了不设内筒旋风筒合适的进口形状和操作参数，可作为高温级旋风筒的设计和改造时的参考。
Operating result indicates that the average wall temperature of reforming tubes is 850 ℃, which is 15~20 ℃ lower than that using other type of catalyst.
运行结果表明，转化管壁温平均为850℃，比使用其他型号的催化剂降低了15~20℃。
Effects of reforming reaction temperature, reaction pressure and catalyst stacking ratio on the value of K were analyzed systematically, supplying theoretical basis for reforming process.
系统分析和研究了重整反应条件如重整反应温度、反应压力和催化剂装填比等对K的影响规律，为催化重整工艺的优化提供了一个理论依据。