1) side-band cooling
可分辨边带冷却
2) Resolved Side-band Cooling
激光边带冷却
3) cooling zone
冷却带
1.
The design for the cooling zone of a roller hearth kiln is inappropriate in some aspects.
分析了目前辊道窑冷却带设计的不合理表现形式,就相关问题提出了对应的解决方法。
4) controllable quenching
可控冷却
1.
The authors first put forward a controllable quenching theory The theory is that the quenching intensity of quenching medium can be modified by means of quantifying control And three control factors have been given in the water quenching process of quantifying control The high chromium cast iron has been taken for example to use the technology which succeeds in practice productio
提出了通过量化控制改变淬火介质冷却特性以实现可控冷却的新观念,并以水为例进行了较系统的测试研究。
5) subsection cooling
分段冷却
1.
Effect of subsection cooling process on banded structure of C-Mn plate has been studied by industrial tests.
通过工业试验,研究了分段冷却工艺对C-Mn钢中板带状组织的影响,分析了带状组织的产生机理。
2.
This article introduces the principle of subsection cooling control of rolling oil,it also discusses the controlling method of roller thermal crown and meaning of the parameter controllin
介绍了轧制油分段冷却控制的原理 ,论述了轧辊热凸度的控制方法以及控制参数的意
3.
During controlled cooling,not only start cooling temperature affects mechanical properties of test steel,but also subsection cooling mode can increase mechanical properties of test steel.
在控制冷却过程中,除开始冷却温度对试验钢的性能影响较大外,分段冷却工艺参数对试验钢性能的提高也起很大作用。
6) chill-fractionted
冷却分离
1.
The chill-fractionted extraction technology soy oil with isopropyl alcohol(IPA)was studied and the energy consumtions were compared with the tradition methods so as to decide concentrations of isopropyl alcohol with miscellas and temperature effects on upper and lower phase.
通过采用冷却分离的方法分离异丙醇浸出混合油及消耗的研究,确定异丙醇及混合油浓度、温度对冷却分离上下相的影响,探讨分离过程中上下相组分的变化及对磷脂,游离脂肪酸的富集作用,证明了异丙醇代替正己烷的可行性。
补充资料:波状(软边)挡边带式输送机
分子式:
CAS号:
性质:带式输送机的一种。在乎输送带的两侧加上有波纹形的软边,中间用隔板隔起来使其呈框形。可使其提升角度几乎不受限制,可达90°角。在提升角度大,运输场地受限制的情况下,采用此种带式输送机有显著的优越性。由于输送带上装有波形软边和隔板,物料装载厚度可以增高。输送带的清扫比较困难,维修比较复杂,不适用于有黏性的细粉物料。
CAS号:
性质:带式输送机的一种。在乎输送带的两侧加上有波纹形的软边,中间用隔板隔起来使其呈框形。可使其提升角度几乎不受限制,可达90°角。在提升角度大,运输场地受限制的情况下,采用此种带式输送机有显著的优越性。由于输送带上装有波形软边和隔板,物料装载厚度可以增高。输送带的清扫比较困难,维修比较复杂,不适用于有黏性的细粉物料。
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参考词条