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1·The atoms are displaced from their ideal locations by thermal agitation.

原子会因为热振动从理想位置上位移。

2·Thermal model experiment of catalyst synthesis shows the shape of the N-catalyst can be controlled by using the above optimized agitation in a certain range of rotating speed.

催化剂合成热模实验表明，采用以上的搅拌形式，在一定的搅拌转速范围内，可以较好地控制催化剂的颗粒形态。

3·Analyses the influence of initial cool thermal storage rate, discharge water flow rate and volume of air-agitation on the discharging characteristics in detail.

具体分析了初始蓄冷量、取冷水流量、鼓气量对外融冰取冷性能的影响。