因此，要选择吸水率小的绝热材料。
Therefore, to choose bibulous rate small insulation materials.
“最高使用温度”就是绝热材料耐热性的依据。
"The highest use temperature" is the basis of heat resistance insulation materials.
橡胶是超好的绝热材料，可以节省取暖费用。
又因为它施工利便、外观整齐美观，没有污染，因此是一种高品质的跨世纪新一代绝热保温材料。
And because it construction and the appearance, tidy and beautiful, no pollution, so is a kind of high quality of the cross-century a new generation of insulation material.
绝热剪切是金属材料在高应变速率变形条件下常见的一种现象。
The adiabatic shearing phenomena were often found in metallic materials under high-strain, high-strain-rate deformation.
绝热材料是改善建筑围护结构的热工性能的关键，在建筑节能工作中占有极其重要地位。
Insulation material is the key to improving thermal technology performance of building envelope, and plays an important role in building energy conservation.
经工业试验，试制出轻质、高强的绝热材料，经济、社会效益显著。
Through industrial trial production, the light and high strength insulation material has been successfully manufactured.
气凝胶由于具有极高的孔隙率和极低的热导率，因此可以作为一种超级绝热材料。
Aerogels servers as a super thermal insulation material mainly due to its high nano-porosity and low thermal conductivity.
有几种不同形式的绝热材料。
There are a few different forms of thermal insulation material.
本文通过工程实际应用及保温隔热性能测试、比较，证明绝热反射膜是一种特别适于墙体和屋面保温的新型建筑材料。
The heat insulating and reflective film was approved to be a new building material especially suitable for wall and roof insulation by insulation test and actual project application.
对目前隔热环采用的绝热材料性能进行了分析比较。
The performance of heat insulation materials currently used for heat insulation ring is analyzed and compared.
评价一种磁性制冷材料的性能好坏，对其进行绝热温变测试是很重要的一步。
Adiabatic temperature changes testing is one of the most important way to evaluate the cooling ability of the material.
通过模型计算对硬硅钙石型硅酸钙、气凝胶及硬硅钙石-气凝胶复合绝热材料的导热系数进行了对比研究。
The effective thermal conductivities of xonotlite-type calcium silicate, aerogel and xonotlite-aerogel composite insulation material were compared by model calculation.
在综述文献及试验的基础上，介绍了以热电厂中空干灰为原料制作PVC绝热材料及EVA泡沫材料的配方和所得产品的性能。
Based on our experiments and stating references, this paper introduced the formulation of making PVC insulation materials and EVA foam by dry cenospheres and the properties of these products.
材料的这种结构和特性提供了最佳的防水控制，良好的绝热和防火的性能。
The structure and properties of materials provides the best waterproof control, good thermal insulation and fireproof performance.
讨论了探头内部的绝热层材料和加热电流的大小对测量的影响。
The effect on measurement of the isolator material and the magnitude of heating current inside the detecting head is discussed.
表述了JS憎水型绝热涂料的研制技术路线，主要原材料、生产工艺及技术性能。
The technical route, principal raw materials, manufacture process, and property of JS Water-repelling adiabatic coating were included in this paper.
气孔梯度陶瓷集成了多孔陶瓷与梯度功能材料的双重优点，因而在绝热保温、净化分离、生物材料等诸多领域有着广泛的应用。
Ceramics with graded pores possess the unique advantages of porous ceramics and functional gradient ceramics, which can be applied as thermal-insulating materials, filter materials and bio-materials.
采用纯度为98%的正21烷（C21H44）作为相变材料（PCM），通过抽真空灌注的方法将其灌注到泡沫铜内部，封装并作绝热处理后作为试验件。
The 98% pure Heneicosane(C21H44) was used as the phase change material(PCM), and it was filled in the copper foam through a vacuuming procedure.
三聚氰胺磷酸盐是保障绝热层综合性能的关键材料。
Melamine phosphate is the key material to guarantee the comprehensive performances for insulting layer.
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.
本文综述了中子对绝热材料的力学性能、热学性能的影响，以及其在中子照射下的嬗变。
The effects of neutron radiation on the mechanical and thermal properties of the thermal-insulation materials and their transmutation are studied in this paper.
用粉末X射线衍射表征材料的相组成，用扫描电镜(SEM)观测样品形貌，用直接法测量材料的绝热温变。
The samples' structures were characterized by using powder-X-ray diffraction (XRD) and the samples' morphologies were observed with SEM and the adiabatic temperature changes were determined directly.
分析了耐火纤维绝热材料的换热特性。
An analysis has been conducted to study heat transfer performance in the fibrous insulations.
低温绝热纸是制造多层绝热低温容器的重要材料之一。
Cryogenic insulation paper is one of the important material that is used to the manufacture of multilayer insulation cryogenic containers.
从影响因素入手，提出了提高VIP的绝热效果的方法，对真空绝热板的设计制作和材料的选择提供了重要的理论依据。
In this paper, I introduce a method of making the Vacuum Insulated Panel in the part-making way and also how to make the part-connection of VIP in the reefer wall.
从影响因素入手，提出了提高VIP的绝热效果的方法，对真空绝热板的设计制作和材料的选择提供了重要的理论依据。
In this paper, I introduce a method of making the Vacuum Insulated Panel in the part-making way and also how to make the part-connection of VIP in the reefer wall.
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