保温体系表层做保护层。
其特征是具备结构体-保温体的组合结构。
The thermal insulation roof board is characterized by comprising the structural element-thermal insulation body combined structure.
在实际火灾中，外保温体系的受火状态可能更加严酷。
In the actual fire outside, the thermal insulation system of state by fire could be even more severe.
很显然，进步保温体系的抗火能力才是我们的终极目的。
Obviously, the progress of the thermal insulation system of fire resistance capability is the ultimate purpose of the us.
目的研究建筑夹心墙用保温浆料，改善建筑夹心墙保温体系。
The paper studies on how to improve the thermal insulation mortar of architecture interlayer wall.
相同的外保温体系，不同的施工质量，其试验结果可能存在差异。
External thermal insulation system of the same, different construction quality, and the test results there may be differences.
外墙外保温体系在国外称为EIFS系统，即外墙保温和装饰系统。
Exterior insulation system called EIFS system in foreign countries, namely the external wall thermal insulation and decoration system.
外墙保温材料是建筑外墙外墙保温体系的核心材料，其主要功能是保温隔热。
Heat preservation material is the exterior of exterior wall thermal insulation system core material, its main function is to thermal insulation.
论述了外墙外保温体系的性能特点、本组成、温材料的质量要求及应用技术。
The performance character and major composition of external insulation finish system, and the demands for quality and application technology of insulation materials were analyzed in this article.
本发明涉及一种屋顶绿化保温体系及其方法，属于建筑物屋顶绿化保温领域。
The invention relates to a roof green insulation system and a method thereof, which belong to the field of building roof green insulation.
对外墙外保温体系用聚合物抹面砂浆在耐候性试验环境下的力学性能进行研究。
It was studied the mechanical properties of polymer finishing mortar for external thermal insulation composite systems (ETICS) under weathering test.
聚苯乙烯泡沫塑料和聚氨酯硬质泡沫是影响外保温体系防火安全机能的枢纽因素。
Polystyrene foamed plastic and polyurethane hard foam is the influence of the thermal insulation system of fire prevention safety factors of the functioning of the hub.
复合外墙保温体系具有良好的防火构造，在火灾状态下能够有效地阻止火焰的蔓延。
The compound of exterior wall thermal insulation system has good fire prevention structure, in fire state can effectively prevent the spread of fire.
墙角火试验和窗口火试验，能够充分反映外保温体系在实际火灾中的整体抗火能力。
The wall corner or window model fire test, is a full scale test, can be imitating actual fire status and assessing the ability of external insulation systems to resist external fire.
从力学性能分析角度论证了该保温体系连接的牢固性。结论是该保温体系安全可靠。
From the sense of mechanics property analysis, the paper proves secure property of this insulation system's link and obtains the conclusion that the insulation system link is safe and reliable.
聚苯板外墙保温体系是目前符合建筑节能、环保要求的外墙保温技术体系的主要施工方法。
EPS plate heat preservation system is the key construction method, applied for heat preserving of the outside wall surface, to conform to the energy-saving and environment-protection requirements.
外墙保温体系有三种做法：用挤塑聚苯板，俗称XPS板，或者膨胀聚苯板，俗称EPS板。
External wall insulation system with three approaches: extruded polystyrene board, commonly known as XPS boards, or expansion of polystyrene board, commonly known as EPS plate.
保温体采用泡沫混凝土、秸秆泡沫混凝土、浮石混凝土、发泡聚氨酯或者发泡酚醛树脂保温材料。
The thermal insulation body adopts the foam concrete, the straw foam concrete, the pumice concrete, the foam polyurethane or the foam phenolic resin thermal insulation material.
作为建筑节能关键技术之一的建筑外墙外保温体系，在理论研究和技术应用方面都有了丰富的经验。
Considerable theories and experience have been accumulated both in theoretical research and technical application of exterior wall insulation on the exterior surface, one of the key technologies.
高层住宅采用将钢丝网架聚苯板放置于外墙外模板内侧，在墙体混凝土浇注时一次成型的外保温体系。
Steel mesh polystyrene boards are placed in the inner side of the exterior formworks and the external insulation system is formed at one stroke during wall concreting of the high rise buildings.
文章主要对EPS板外墙保温体系面层裂缝产生的主要原因进行了简述，并提出裂缝防治的主要措施。
The article mainly the primary cause which produced to the EPS board outer wall heat preservation system surface layer crack has carried on the summary, and proposed the crack prevention key measure.
本文对外墙保温体系面层裂缝产生原因进行了系统的分析；提出了外墙外保温的抗裂机理以及控制措施；并对外墙外保温提出了相应的建议。
This paper analyses the reasons of external wall insulation system surface cracks and proposes the crack mechanism and controls measures and makes recommendations accordingly.
本文对外墙保温体系面层裂缝产生原因进行了系统的分析；提出了外墙外保温的抗裂机理以及控制措施；并对外墙外保温提出了相应的建议。
This paper analyses the reasons of external wall insulation system surface cracks and proposes the crack mechanism and controls measures and makes recommendations accordingly.
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