1) light-weight thermal insulation material
轻质保温材料
2) Lightweight heat insulating material
轻质隔热保温材料
3) light material
轻质材料
1.
Through the GRC density,mechanical properties testing include tensile strength and flexural strength test,and thermal conductivity analysis,it can be found out with appropriate alkali resistant glass fiber ratio,water ratio,water-cement ratio,light material ratio,the material can achieve the best performance,such as density of 0.
通过低碱度硫铝酸盐水泥和耐碱玻璃纤维,配合轻质材料(膨胀珍珠岩、聚苯乙烯、膨胀蛭石)研制成轻质GRC材料,对GRC材料的密度、力学性能(抗拉强度、抗弯强度)以及导热性能进行测试分析,发现在合适的抗碱纤维配比,水配比,水灰比,轻质材料配比的情况下,其性能最好,达到密度为0。
2.
Natural environmental corrosion protection technology database for light materials was designed and established making use of material corrosion data and environmental corrosion data of natural environmental test network,under the Windows operating system,and adopting SQL database management system.
利用现有环境试验网站材料腐蚀数据和环境腐蚀数据并加以整理,在Windows操作系统环境下,采用SQL Server数据库管理系统,设计和创建了基于B/S结构轻质材料自然环境腐蚀防护工艺数据库系统。
3.
As a kind of geotechnical material, light material is made of artificial materials, the primary character of which is that it is lighter than common soil while the intensity and the deformation feature may be equal to or even be better than good soil.
轻质材料是指使用人工材料制作的表观密度较低,而强度较高的材料,其主要特点是表观密度比一般的土体小,而强度和变形特性可以达到甚至超过良好土体。
4) Lightweight material
轻质材料
1.
In the design for the reinforment,lightweight materials are used to reduce the weight of the building itself,and some measures are taken to decrease the measure length of the ground column so that the building can be more earthquake resistant.
加固设计中通过采用轻质材料来减轻结构自重及减小底层柱的计算长度的措施,以减小结构的地震反应。
2.
Lightweight material s application actuality using to automobile is instroduced, and expatiate that using lightweight material is important path of automobile energy conservation.
介绍了轻质材料在汽车上的应用现状,阐述了使用轻质材料是汽车节能的重要途径。
5) thermal insulation material
保温材料
1.
Present situations and development trend of techniques of thermal insulation materials;
保温材料的技术现状和发展趋势
2.
Diagnosis of problem in heating system of a certain factory and optimization of thermal insulation material;
某厂供热系统问题诊断及保温材料优化
3.
The analysis of the selection of the thermal insulation materials for the housing projects of architectural energy-saving and environmental preservation
浅析建筑节能环保型房屋工程的保温材料选择
6) heat preservation material
保温材料
1.
Cooling effectiveness analysis of the vent-pipe, cast-detritus and heat preservation material on protecting embankment in permafrost regions;
通风管、抛碎石和保温材料保护冻土路堤的工程效果分析
2.
For the performance of Heat preservation material, we carry out field test for bleaching bead and its mixture and without the heat preservation material that isn’t within bleaching bead , carry out result to analyze and compare, reach theory, verify the correctness of test result.
对保温材料的性能、选择等进行讨论 ,对漂珠、漂珠混合物及不含漂珠的保温材料进行了现场试验 ,并对其结果进行了分析和比较 ,最后给出理论推导以验证试验结果的正确性。
补充资料:硅酸钙保温材料
分子式:
CAS号:
性质:广义指由硅质和钙质材料在水存在系统下经过水热反应处理而获得的以硅酸钙水化物为主的一类材料。作为工业上保温用的硅酸钙水化物主要是托具莫来石和硬硅钙石两种。以前者为主要成分的硅酸钙保温材料最高使用温度一般为650℃,以后者为主要成分的最高使用温度可达1000℃。硅酸钙保温材料正向制品容重的超轻量化、制品的无石棉化、功能多样化以及形状的异形化方向发展。硅酸钙已成为工业保温材料中使用量最大的材料,在电力、化工、石油、冶金、矿业、窑业、造船、建筑等工业部门中广泛用作塔槽、炉窑、管道的保温和隔热。
CAS号:
性质:广义指由硅质和钙质材料在水存在系统下经过水热反应处理而获得的以硅酸钙水化物为主的一类材料。作为工业上保温用的硅酸钙水化物主要是托具莫来石和硬硅钙石两种。以前者为主要成分的硅酸钙保温材料最高使用温度一般为650℃,以后者为主要成分的最高使用温度可达1000℃。硅酸钙保温材料正向制品容重的超轻量化、制品的无石棉化、功能多样化以及形状的异形化方向发展。硅酸钙已成为工业保温材料中使用量最大的材料,在电力、化工、石油、冶金、矿业、窑业、造船、建筑等工业部门中广泛用作塔槽、炉窑、管道的保温和隔热。
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