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1)  heat insulation
隔热保温
1.
The use of Magnesite Heat Insulation Technique in Grain Storage for High & Large Flat Storages;
浅谈菱镁隔热保温技术在高大平房仓储粮中的应用
2.
It was fund in usage that the heat insulation function of the roofs of these flat storehouses was poor,which was a serious disadvantage for realization of low temperature grain storage.
通过对已建平房仓仓顶隔热保温性能改造方法和途径的探索,使仓顶隔热保温改造能有效降低仓温和粮堆表层温度,从而减少粮食"热皮"厚度,增加粮食"冷心"的体积,使所储存粮食常年处于低温之下,有效延缓粮食陈化速度,更好保持粮食的储存品质,此技术2006年已获国家专利。
3.
Because of having heat insulation effects to some extent,it could lower granary temperature and decrease the rising trend of the temperalure of grain bulk surface effectively in summer.
采用太阳热反射涂料对粮仓仓顶外表面和外墙进行涂刷处理,通过试验对比,该涂料具有抗腐蚀性、防渗透性和耐候性,对仓温能起到一定的隔热保温效果,在储粮度夏期间能有效降低仓温和表面粮温上升幅度,与对照仓相比分别能降低5℃以上,从而增加储粮稳定性、延缓粮食品质变化。
2)  heat insulation and preservation
隔热保温
1.
By the thermal analysis of system of the tall bunker storehouse and grain stored in that,the way that counted the tall bunker storehouse’s heat insulation and preservation and the measure of its heat insula-tion and preservation reconstructed were gained.
通过对高大平房仓储粮(谷冷机冷却后)的复冷时间的计算,说明了常温仓在谷冷机低温储粮技术中隔热保温改造的必要性;并对其进行了热工分析,得到了高大平房仓隔热层厚度的热工计算方法和隔热保温改造措施,各库点可借鉴本文的计算方法及隔热保温的改造措施,并结合自身实际情况进行高大平房仓隔热保温改造,使之符合谷冷机低温储粮技术中低温仓或准低温仓的要求。
3)  heat insulating
隔热保温
1.
Development of a fire-retardant heat insulating building energy saving coating
防火型隔热保温涂料的研制
4)  heat insulation
保温隔热
1.
SiO_2 aerogel flexible heat insulation film;
SiO_2气凝胶柔性保温隔热薄膜
2.
Polyurethane foam is a kind of hard-foamed plastic with the functions of waterproof and heat insulation produced by combination reaction between materials of group A (white agent,mainly composed of such additives as polyatomic alcohol and foaming agent) and group B (black material,main ingredient of which is isocyanate).
聚氨酯硬泡是由多元醇及发泡剂等添加剂组成的A组分料(白剂)和主要成分为异氰酸酯的B组分料(黑料)混合反应形成的具有防水和保温隔热功能的硬质泡沫塑料。
3.
In this article,authors analyze comprehensive performances of traditional heat insulation materials,and introduce some aspects of a new inorganic compound silicate heat insulation material,the FHP\|Vc board,such as performance,features,constitution as enclosure structures and practical application examples.
分析比较了传统保温隔热材料的综合性能 ,介绍了新型无机复合硅酸盐保温隔热材料 (FHP Vc板 )的性能、特点及其作为围护结构的构造作法及工程应用实例。
5)  thermal insulation
保温隔热
1.
Taken small-sized hollow concrete block as example reasons caused the common quality defects of block masonry buildings such as wall cracking, leakage,unfavorable thermal insulation performance and earthquake resistant effect and so on are analyzed,at the same time corresponding prevention measures are proposed in order to ensure the normal service performance of block masonry buildings.
以混凝土小型空心砌块为例,对墙体开裂、渗漏、保温隔热不良、抗震效果不佳等常见的砌块建筑质量通病的产生原因进行了分析,并提出了详细的防治措施,以确保砌块建筑的正常使用性能。
2.
And it has more advantages compared with other insulating materials and is more applicable to the external wall and roofing thermal insulation system for buildings in areas with adverse weather conditions.
合肥中科大新材料有限公司开发研制的KX-1无机发泡硬质保温材料是具有轻质、防火、无毒、无味等特点的全无机保温隔热材料,相比其他有机保温材料更具优势,是一种更适合用于“夏热冬冷”地区建筑外墙及屋面保温系统。
3.
From usable function, cost, thermal insulation, sound insulation, seismic performance and other aspects the characteristics of hollow concrete beamless floor are introduced as well as its application scope and engineering principle.
从使用功能、综合造价、保温隔热、隔音效果、抗震性能等方面对空心无梁楼盖的特点进行了介绍,并对其适用范围、工程原理进行了阐述,最后对其工艺流程及操作要点进行了分析,以推广该施工技术的应用。
6)  heat preservation and insulation
保温隔热
1.
Base on the contrast of plastic benzoic (XPS) and the other heat preservation and insulation materials, the merit of XPS and its applied foreground for engineering is introduced detailedly in the paper.
通过将挤塑聚苯板(XPS)与常用的其他保温隔热材料的对比,详细介绍了挤塑聚苯板(XPS)的优点及其在工程应用上的广泛前景。
2.
A nwe type material of heat preservation and insulation was adopted to make ceiling of storehouse,the re- sults showed that,it worked very well and achieved approximate low temperature storage effect.
采用新型保温隔热材料对仓房进行吊顶,试验结果表明:应用新型吊顶材料对仓房吊顶后,能够起到很好的隔热作用,在储粮度夏期间能有效降低仓温和表层粮温上升幅度;与对照仓相比仓温平均低5℃,表层粮温平均低3℃,有效降低了仓内温度,达到了准低温储粮效果,能有效抑制储粮害虫的孳生,保持储粮品质,实现了绿色储粮;取得了更高的经济效益。
补充资料:高铝隔热砖
分子式:
CAS号:

性质:又称高铝隔热砖(high-aluminium heat insulating brick)。氧化铝含量在48%以上、主要由莫来石和玻璃相或刚玉共同组成的轻质耐火材料。体积密度0.4~1.35g/cm3。气孔率66%~73%,耐压强度1~8MPa。抗热震性能较好。通常采用高铝矾土熟料加少量黏土,经磨细后用气体发生法或泡沫法以泥浆形式浇注、成形,经1300~1500℃烧成。有时也可用工业氧化铝代替部分矾土熟料。用于砌筑窑炉的内衬和隔热层,以及无强烈高温熔融物料侵蚀及冲刷作用的部位。直接与火焰接触时,表面接触温度不得高于1350℃。

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