1) 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
2) martemper
['mɑ:,tempə]
间歇水冷
1.
In the paper,the martemper was applied.
通过分析研究,找出主要影响因素是冷却能力不够,现采用间歇水冷淬火方法,硬度达到技术要求,满足托辊使用条件。
3) intermitting cooling
间歇制冷
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) 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。
6) 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
补充资料：查布间歇泉
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