文章分析了这种结构的传热过程，为绝热材料的选择和绝热层厚度的确定提供了依据。
From the analysis of the heat transfer of this filled structure, we may select the filled materials and the insulated layer thickness.
对于圆筒输热管，其热绝缘性能与绝热层厚度之间的关系，远非象平壁那样呈线性关系。
The heat transferring drum pipe, its heat insulativity and its heat-insulating Layer's thickness have not the distance scale.
通过计算绝热压缩温升和畸变形能沉积产生的温升，给出熔化判据，定量估计出了在小碰撞角下爆炸焊接界面熔化层厚度。
Throughcalculation of temperature rising callused by them, melt criterion is given, the thickness of melted layer near explosive welding interface with small collision Angle is estimated.
通过不同的绝热材料的比较，可以方便地选择绝热材料和确定最适宜保温层厚度。
By means of comparison to different heat insulating materials, man may conveniently select heat insulating materials and determine the most suitable thickness of insulating layer.
论述了大气混合层厚度的多种计算方法如国标法、干绝热法、罗氏法等，并分析了大气混合层厚度的各种影响因子。
Several calculation methods of the thickness of atmospheric mixed layer, such as national standards method, dry adiabatic method, Nozaki method, were studied in this paper.
本章还介绍了绝热层经济厚度的概念和编写绝热层经济厚度优化计算程序的方法。
It also introduce the concept of economical thickness of insulation layer and how to design the computing program to optimize the thickness of insulation layer.
运用炭化层厚度准则方法对冲刷条件下的绝热层烧蚀过程进行了数值模拟。
Numerical simulation of the process of insulator erosion was conducted by using charring ablation code.
根据内绝热层的烧蚀机理，推导出内绝热层炭优厚度计算公式；根据燃烧室壳体对热防护的要求，给出了确定内绝热层设计厚度的方法。
The formulas to compute the charred thickness are derived based on its ablation mechanism and the methods to determine its design thickness arc given based on thermal protection for the chamber case.
结果表明，采用该检测方法不仅可以直观地检测各界面的胶接质量，同时还可以检测第一层橡胶材料（如绝热层或包覆层）的厚度。
The experiments results show that not only the bonding quality of each interface but the thickness of the first rubber material, e. g. insulation or c…
结果表明，采用该检测方法不仅可以直观地检测各界面的胶接质量，同时还可以检测第一层橡胶材料（如绝热层或包覆层）的厚度。
The experiments results show that not only the bonding quality of each interface but the thickness of the first rubber material, e. g. insulation or c…
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