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composite building material
相关语句
  复合建筑材料
     RESEARCH ON BAMBOO AND GLASS FIBER COMPOSITE BUILDING MATERIAL AND PROPERTY ANALYSIS
     竹/玻璃钢复合建筑材料的研制及性能分析
短句来源
     Research on Bamboo-glass Fiber Composite building Material and Property Analysis
     竹/玻璃钢复合建筑材料的研制及性能分析
短句来源
     Concrete-filled steel tube, as a new type of composite building material, has been widely used in civil engineering in recent years.
     钢管混凝土,作为一种新的复合建筑材料,近些年来在土木工程中得到了广泛的应用。
短句来源
  “composite building material”译为未确定词的双语例句
     As a new-type composite building material for pavement, layered hybrid fiber reinforced concrete (LHFRC) attracts some eyes increasingly in the field of civil engineering because it can possesses itself of better mechanical property, more simple and convenient construction procedure, more remarkable economic benefit than plain concrete by casting uniformly some steel fibers on two positions from the top and the bottom about 20mm.
     层布式混杂纤维混凝土作为新型的道路路面复合材料,是在距离路面板的底部和项部20mm处均匀撒布一定量的钢纤维,并在路面板里整体掺配一定量的聚丙烯腈。 这种复合路面材料以其突出的力学性能、简便的施工工艺、显著的经济效益,日益受到工程各界的重视。
短句来源
     The solid state transformations in some polyhydric alcohols molecular crystals reversibly absorb large amounts of heat.Some of these material have potential for use in composite building material as heat storing media. In particular,trimethylol ethane(PG) related to pentaerythritol (PE) can be used for heat storage over a rang of temperatures suitable for solar heated building.
     多元醇在固固相变时能够可逆地吸收大量的热,因此可与建筑材料复合用作贮热介质,特别是三羟甲基乙烷(PG)和季戊四醇(PE)构成的二元体系,有很宽的适宜于太阳能贮存的温度范围.
短句来源
  相似匹配句对
     The application of nano-composite material in building
     纳米复合材料在建筑中的应用
短句来源
     Magnetostrictive Composite Material
     粉末冶金粘结磁致伸缩材料
短句来源
     Information of building material
     建材信息
短句来源
     Malimo Composite Material
     生产复合材料的针织缝编技术
短句来源
     Research on the Building Formwork of Bamboo and Plastic Composite Material
     竹/塑复合建筑模板材料的研究
短句来源
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This paper introduces that DSC methods were used to study binary system mixtures PG/NPG of the behavior for thermal energy storage. The solid statephase transformations in these hydrocarbon molecular crytals absorb large amountsof heat. Trimethylol ethane [CH_3-C (CH_2OH )_3], neopentyl glycol [(CH_3 )_2C(CH_2OH)_2] and their mixtures make them suitable for heat energy storage at relatively low temperatures (40~90℃ ).The study of the mixture PG/NPG shows by DSC analysis that for concentrations far from the central...

This paper introduces that DSC methods were used to study binary system mixtures PG/NPG of the behavior for thermal energy storage. The solid statephase transformations in these hydrocarbon molecular crytals absorb large amountsof heat. Trimethylol ethane [CH_3-C (CH_2OH )_3], neopentyl glycol [(CH_3 )_2C(CH_2OH)_2] and their mixtures make them suitable for heat energy storage at relatively low temperatures (40~90℃ ).The study of the mixture PG/NPG shows by DSC analysis that for concentrations far from the central area (40%~ 50%) only the peak of the majority substance appears. For the miXture PG/NPG and intermediate concentrations the peakis wide and can be attributted to the superposition of the peaks of two original components. The △H value of the transition for NPG depend on the concentration inPG/NPG. The diminution of the transition temperatures when we mix these polyols increases the possibilities of their applicability for solar energy storage. Certainly, these materials have potential for use in composite building materials as heatstorage media.

用DSC(差示扫描量热法)研究三羟甲基乙烷CH3—C(CH2OH)3(PG)和新成二醇(CH3)2C(CH2OH)2(NPG)二元系的混合物的贮热性能.结果表明,对于PG浓度为40%~50%,大多数物质有唯一的明显峰出现;对于混合物PG/NPG和中间浓度,峰是宽广的.对于低温转变△H值仅依赖于PG/NPG中NPG的浓度.将二种多元醇混合时,转变温度降低,这表明:三羟甲基乙烷CH3—C(CH2OH)3(PG),新戊二醇(CH3)2C(CH2OH)2(NPG)和它们的混合物,适用于低温(40~90℃)贮热.

The bamboo-glass fiber reinforced plastic composite building material is a new type of three-dimensional composed material .This kind of material can be shaped into a variety of holding constructions and plates.In this paper ,we study its application on prefabricated house and verify its feasibility and superiority as light-duty building materials.

竹 /玻璃纤维复合建筑材料是一种新型三维复合材料结构 ,该材料可以成型各种承力构件和覆盖面板结构。探讨了其在活动房屋方面的应用 ,论证了其作为轻型建筑材料的可行性及优越性

The solid state transformations in some polyhydric alcohols molecular crystals reversibly absorb large amounts of heat.Some of these material have potential for use in composite building material as heat storing media.In particular,trimethylol ethane(PG) related to pentaerythritol (PE) can be used for heat storage over a rang of temperatures suitable for solar heated building.The experimental phase diagram of binary system PG-PE has been established from room temperature to the liquid state by differential...

The solid state transformations in some polyhydric alcohols molecular crystals reversibly absorb large amounts of heat.Some of these material have potential for use in composite building material as heat storing media.In particular,trimethylol ethane(PG) related to pentaerythritol (PE) can be used for heat storage over a rang of temperatures suitable for solar heated building.The experimental phase diagram of binary system PG-PE has been established from room temperature to the liquid state by differential scanning calorimetry(DSC)method and IR spectrometry at various temperatures.This system is discussed on the basis of intermolecular interactions in the quadratic crystal will lower symmetry and the face-centered cubic crystal with higher symmetry.

多元醇在固固相变时能够可逆地吸收大量的热,因此可与建筑材料复合用作贮热介质,特别是三羟甲基乙烷(PG)和季戊四醇(PE)构成的二元体系,有很宽的适宜于太阳能贮存的温度范围.现利用差示扫描量热及变温红外光谱技术测定了PGPE二元体系相图,确定该相图为完全互溶型,并讨论了结构对多元醇互溶度的影响.相图的构筑为贮热材料的应用提供了理论基础.

 
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