1) heat retaining power
保温性，保温能力
3) thermal insulation performance
保温性能
1.
Investigation on thermal insulation performance of new steel structure wood-plastic exterior wall;
新型钢结构木塑外墙保温性能的研究
2.
With being widely used and popularized for fly-ash materials in building market,the thermal insulation performance and its products have been gradually concerned.
保温性能的优劣已成为墙材是否可以成为新型绿色材料的重要指标。
4) thermal insulation property
保温性能
1.
The emitting rate of far-infrared fabrics can be up to 85%,The thermal insulation property can be improved to 2～4℃.
对聚合反应温度、远红外剂添加量、可纺性以及浆料的配制做了详细考察,其织物的远红外发射率可达85%,保温性能可提高至2~4℃。
2.
The compressing property and the thermal insulation property of different composite rate wool/polyester blending wadding were tested.
通过对自制不同混合比的毛／涤混合絮的压缩性能及保温性能测试分析后，认为毛／涤混合絮的保温性能略优于纯毛絮，从保温角度看可以使用毛／涤混合絮取代纯毛絮，以降低生产成本。
3.
In order to obtain the thermal insulation property and make the loading and unloading of hot square billets conveniently, the body floor, the baffle-plate, doors and body ceiling of truck are remanufactured.
在保持汽车原有性能的基础上 ,对普通 2 0 t O43斯太尔货运汽车进行了改制 ,重新制造了车盘、挡板墙、车门及车箱顶 ,使车辆具有保温性能 ,并使热方钢坯的装卸十分方便 ,满足了热送 12 0 mm× 12 0 mm× 5 0 0 0 mm方钢坯的工艺要
5) Thermal insulation
保温性能
1.
System research has been made on compressive behaviour and thermal insulation of concrete hollow block produced with recycled aggregate mainly including the influence of recycled aggregate content, fly ash and polypropylene fiber amount on compressive strength of concrete hollow block and heat .
系统研究了采用再生骨料生产的混凝土空心砌块的受压性能和保温性能,主要包括再生骨料含量、粉煤灰掺量以及掺加聚丙烯纤维对混凝土空心砌块抗压强度的影响以及不同情况下的传热系数。
6) insulation performance
保温性能
1.
Measurement process and results of insulation performance for aboveground installation steam pipeline, directly buried installation steam pipeline, and insulating materials are introduced and compared.
介绍了架空敷设蒸汽管道、直埋蒸汽管道以及保温材料保温性能的测试过程与结果,并进行了比较。
2.
It can improve the testing ability of the external doors and windows on insulation performance and take an active role on increasing the quality of the doors and windows.
为了适应建筑节能的需要,由中国建筑科学研究院负责主编的国家标准《建筑外门窗保温性能分级及检测方法》GB/T8484-2008于2009年3月1日起正式实施。
补充资料：保温
分子式：
CAS号：
性质：又称保温。是用来提高热设备和低温设备的热经济性，节约能源，尽量避免热量的散失或吸入，减少传热量所采用的一种手段。
CAS号：
性质：又称保温。是用来提高热设备和低温设备的热经济性，节约能源，尽量避免热量的散失或吸入，减少传热量所采用的一种手段。
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