1) instantaneous cooling
瞬间冷却
1.
The study on media for instantaneous cooling of liquid beverages;
液体饮品瞬间冷却介质的研究
2) instantaneous cold sensation
瞬间冷感
3) instantaneous air-cooled
瞬间空冷
1.
Stress distribution of specimen after instantaneous air-cooled 10s during laser welding is discussed as well.
结合数值计算,对有限元模拟问题进行分析,并讨论了激光焊接过程采用瞬间空冷10s后,试件内部的应力分布情况。
4) cooling time
冷却时间
1.
Analysis of Affecting Factor on Cooling Time of Injection Molding;
影响注射成型冷却时间的因素分析
2.
Cooling Time Oetermination of injection Molded Parts;
注塑制品冷却时间的确定
3.
Influence of cooling time on the bond strength of VITA TITANKERAMIK to the cast titanium;
冷却时间对VITA TITANKERAMIC与钛铸件结合强度的影响
5) intermittent cooling
间歇冷却
1.
Applying the finite difference method to the simulation of cooling process, the temperature field along the thickness/width of plate was calculated, as well as the effect of intermittent cooling on the result of cooling control.
介绍了中厚板控制冷却过程中所用的数学模型,包括差分模型、空冷和水冷换热系数模型、比热和热传导率模型,并采用有限差分法模拟计算了钢板在冷却过程中厚度、宽度方向上的温度场分布,以及间歇冷却对控制冷却的影响·从模拟结果可以看出,返红时间、厚度上温度梯度随钢板厚度增加而增加;间歇冷却时钢板内部温度呈均匀下降,表面不断冷却与返红过程·在线应用证明该套数学模型计算精度较高,可以满足现场实际生产的要求
6) intermediate cooling
中间冷却
1.
Researches show that intermediate cooling can shorten the holding time with water cooling without affecting the product quality, and improve the rolling efficiency.
研究表明中间冷却技术可以在不影响产品质量的前提下,通过对待温的中间坯进行喷水冷却,缩短控制轧制待温时间,提高生产效率。
补充资料：高温瞬间杀菌器
高温瞬间杀菌器   | |
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说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条