对风口喷吹燃料热滞后现象原因分析，现有文献的分折与生产实践是有矛盾的。
Analysis of causes of thermal hysteresis in injecting fuels through tuyeres given in the literature doesn't consist with the practice.
试验发现随着升温速率的增加，热滞后现象的加重致使纤维素热裂解各个阶段向高温侧移动；
The TG curve moves toward the direction of higher temperature as the heating rate increases, because of the increase in thermal lag.
热负荷的改变方式、最高初始热负荷以及加热前表面状态均将显著影响T管的沸腾传热性能和滞后现象。
The heat transfer efficiency and boiling hysteresis are affected by the method to change heat loading, the maximum initial heat loading, and surface aging before heating.
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