1) mechanical insulation protection
隔热复层
2) composite thermal barrier coatings
复合隔热涂层
3) complex heat insulation coating
复合隔热
1.
The scheme to use the complex heat insulation coating made up of two floors K_2Ti_6O_(13) spouted on the surface of the vent-pipe in heat state and asbestos enwrapped on outer surface was put forward,and some rationality of this measure was demonstrated in detail.
指出了机车动力室环境温度过高的原因,提出了在排气管表面热喷K_2Ti_6O_(13)隔热涂层与岩棉隔热材料组成复合隔热层的解决方案,并详细论证了这一方案的合理性。
4) Heat insulation coating
隔热涂层
1.
With a thin-wall flame tube serving as an object of study,presented was a wall temperature calculation model and method for an air-film cooled flame tube with a heat insulation coating.
对薄壁火焰筒,给出了壁温计算模型和计算方法,应用该方法进行了某环管型燃烧室火焰筒壁温计算,查找了该燃烧室火焰筒一次主燃孔出现裂纹的原因,并研究了气膜冷却、隔热涂层及其厚度对壁温径向和轴向分布的影响。
2.
This paper deals with studies on process technology and quality control of a thick heat insulation coating material applied to a small supersonic vehicle.
针对小型航空飞行器外用隔热涂层生产中遇到的主要工艺技术问题:①涂料易分层、堵喷枪;②涂层不平整、有缺陷;③与配套飞机蒙皮涂层附着力差、易脱落;④在铝合金壳体表面, 无法高温固化;⑤涂层的质量控制与环境适应性评估等问题开展工艺技术研究。
5) heat insulation layer
隔热层
1.
Integrative design model and algorithm for nano-satellite s radiator surfaces and heat insulation layers;
纳卫星散热面与隔热层的联合设计模型与算法
2.
To avoid a long nozzle (LN) of non-preheating from rupture, a heat insulation layer (HIL) with a lower coefficient of thermal conductivity (CTC) was compounded in the inner hole, and the thermal stress was investigated.
为解决免预热长水口的破裂问题,在其内孔复合了低导热率隔热层,并对其热应力进行了研究。
6) inner insulating layer
内隔热层
1.
After twenty two years of operation,the high temperature shift reactor has generated serious failure caused by hydrogen corrosion This paper analyses the reason of the hydrogen corrosion of the high temperature shift reactor Measures such as hydrogen diffusing and adding inner insulating layer were taken which have extended the service life of this equipment effectivel
对高温变换炉氢腐蚀的原因进行分析 ,采取去氢及增加内隔热层等办法 ,有效地延长了该设备的使用寿命。
补充资料:隔热层
分子式:
CAS号:
性质:为了达到隔热、保温的目的,技术上通常采用覆盖导热系数一般小于0.2W/(m·K)的材料,这层材料称为隔热层。
CAS号:
性质:为了达到隔热、保温的目的,技术上通常采用覆盖导热系数一般小于0.2W/(m·K)的材料,这层材料称为隔热层。
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