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1)  heat absorbing element
吸热元件
2)  energy-absorbing unit
吸能元件
1.
Large deformation in the energy-absorbing unit of a multi-row steel pipe structure under explosive loading is of great significance to the design of an explosion-resistant energy-absorbing unit.
钢管拼装吸能元件在爆炸载荷作用下的大变形问题,对于抗爆结构的吸能装置设计具有重要意义。
3)  absorber member
吸收元件
4)  heating element
发热元件
1.
Microstructure and properties of an MoSi_2 heating element modified by ceramic compound;
陶瓷矿物改性MoSi_2发热元件的组织结构和性能
2.
The content and microstructure of scale of Kanthal Super 1700 MoSi2 heating element were studied using scanning electron microscope(SEM) with energy dispersive spectrometer(EDS).
采用SEM和EDS技术研究了国外某MoSi2发热元件表面保护膜的成分和微观组织。
3.
Based on the X-ray diffraction analysis(XRD),scanning electron microscope(SEM) with energy dispersive spectrometer(EDS),the composition and microstructure of Riken MoSi2 heating element after high-temperature application was studied.
采用X射线衍射、扫描电镜和能谱分析技术研究了国外某MoSi2发热元件的组成和结构。
5)  heat transfer component
传热元件
1.
By using CFD software FLUENT,numerical simulation for the three-dimensional flow of air between honeycombed plate heat transfer components is carried out.
应用CFD软件FLUENT对蜂窝板传热元件板间空气的三维流动进行了数值模拟。
6)  heating element
加热元件
1.
Homogeneously heating can be obtained by employing the steel tiles as thermal balance medium in horizontal roller track style tempering oven and the steel tile can also act as a protector of heating element.
采用钢瓦作为水平辊道式钢化炉热平衡介质,实现了均匀加热,并对加热元件有保护作用。
2.
A trapezoid heating element used in plate film evaporator was presented in this article.
本文提出一种在板式自由流降膜蒸发器中使用的梯形加热元件 ,可使得加热元件上、下端的液膜厚度保持一致 ,避免了壁面的干涸现象 ,极具实用价值。
3.
In the paper,the authors analyse the damage reasons of traditional Ni Cr Heating elements,and introduce both the advantages and the economic effects of adopting silicon carbide rods as heating elements.
分析了反射式铝保温炉传统加热元件 Ni Cr 电热合金过快损坏的原因。
补充资料:内吸除(见单晶片的吸除技术)


内吸除(见单晶片的吸除技术)
internal gettering

内吸除internal gettering见单晶片的吸除技术。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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