词语导航
基本信息
词语：耐火性
繁体：耐火性
拼音：nài huǒ xìng
英语翻译
【机】 refractoriness; refractory quality
分词翻译
耐的英语翻译：
be able to bear or endure火的英语翻译：
ammunition; anger; fire; urgent【医】 fire; ignis; pyro-
翻译例句
1. 钢筋混凝土结构具有优良的耐火性能。
Concrete structures possess excellent natural fire resistance.
2. 轻质混凝土的耐火性能比一般的混凝土的好。
The fire performance of lightweight concrete is superior to that of normal-weight concrete.
3. 该防火涂料具有较好的耐火性能和装饰性能。
The fireproof paint shows good burning resistance and decoration properties.
4. 鉴于矿物绝缘电缆良好的耐火性能，推荐使用。
In view of their good fire resistant performance, the mineral insulation cables are recommended for use.
5. 耐火性能好。
Good fire resistance.
6. 列举了涂料的理化性能、力学性能和耐火性能的检测结果。
The physical and chemical properties, mechanical properties and fire-retardant properties were also given.
7. 这些产业中水基液压系统的明显的优点是它们的耐火性。
The obvious advantage of water systems in these industries is their fire resistance.
8. 它具有抗震性能好、承载力高，耐火性和耐久性好等优点。
It has many advantages such as good earthquake resistant behavior, high load-carrying capacity, good resistance to fire and durability.
9. 表明内（圆）钢管增强方钢管混凝土柱的耐火性能是明显的。
Results show that the fire resisting performance of the columns is efficient.
10. 根据5种树皮的阻燃性和林木耐火性差异提出相应的森林消防措施。
According to the flame retardancy of bark and the fire resistance of the 5 tree species, we commended forest fire protection measures correspondingly.
11. 由于钢结构的耐火性差，其抗火研究一直是建筑安全领域的研究重点。
The capability of steel structures for fire resistance is bad, therefore the study on fire resistance of steel structure has long been put emphasis on in the fields of construction safety.
12. 混凝土材料以其抗压强度高、耐火性好、使用灵活、施工方便等优点。
With its high compressive strength of concrete, fire resistance, good use of flexible, easy construction and so on.
13. 本企业产品设计合理、耐火性能强、具有优良的使用性和较高的装饰性。
Rational design of the enterprise products, fire-resistant performance, with excellent use of decorative and higher.
14. 金山牌耐火电力电缆具有柔软、易弯曲，敷设方便、耐火性能优异等特点。
Flexible, easy to bend. Simple laying and excellent in fire-resistance etc are the advantages of this product.
15. 在这一领域，混凝土架构模型理论是研究混凝土耐火性的最新科学指导理论。
In the research field, the theory of concrete aggregate frame model (CAFM) is the latest.
16. 因此，在研究CFRP筋混凝土梁的耐火性能时，需考虑裂缝对梁耐火极限的影响。
Therefore, the influence of cracks should be considered in study of fire performance of CFRP reinforced concrete beams.
17. 石膏刨花板是用木刨花增强的石膏板，它有较高的MOR和MOE，优良的耐火性和不燃性。
Gypsum flakeboard is a gypsum board with reinforcement by wood flake. It has a higher MOR and MOE, good fire resistance and incombustibility.
18. 特别是EPS泡沫板、XPS泡沫板的耐火性较差，在80摄氏度以上就会熔融变形并滴落下来。
Especially EPS foam board, XPS bubble board of flame resistant is poorer, in 80 degrees Celsius above will melt deformation and drop off.
19. 本文为了得到火灾中不同材料结构的整体耐火性能，分别研究了钢管混凝土和纯钢材两种整体结构。
In this paper, in order to get the fire resistance of integral structures with two different materials, concrete-filled steel tubular framed structures and the pure steel structures are analyzed.
20. 中空夹层钢管混凝土在传统钢管混凝土基础上改进，使得钢管混凝土的抗弯刚度大，自重轻，耐火性能更好。
Concrete-filled double skin steel tube columns, which have more bending rigidity and fire resistance, but have less weight, are an amelioration of traditional concrete-filled steel tube colums.
21. 同时对致密铝合金进行分析比较，发现泡沫铝合金的传热性能低于致密铝合金，而耐火性能优于致密铝合金。
Compared with solid aluminum alloy, thermal transportation property of foamed aluminum alloy is lower but its fire retardance is higher.
22. 结果表明，该钢种具有强度高，屈强比低，耐火性能强及焊接性能优良等特点，完全能够达到日本JIS3136标准要求。
The results show that the steel has high strength, low yield ratio, powerful fire-resistant and good welding performance, so it can completely satisfy the request of JIS3136 standard of Japan.
23. 钢结构因具有强度高、重量轻、韧性好、施工速度快等优点，被广泛应用于建筑结构中，但是耐火性能差是钢结构的一个致命弱点。
The steel structures are widely used in modern building structures due to its advantage properties such as high strength, light weight and so on.
24. 钢结构因具有强度高、重量轻、韧性好、施工速度快等优点，被广泛应用于建筑结构中，但是耐火性能差是钢结构的一个致命弱点。
The steel structures are widely used in modem building structures due to its advantage properties such as high strength, light weight, strong toughness, short construction period and so on.
25. 如按iso 834曲线升温，耐火性能达到3h，一般涂料涂层厚度约需20 ~30mm；由于涂层较厚，需要多次喷涂，施工困难。
E. g. by ISO 834 curve thawing, fireproof performance reach 3h, general coating thickness need about 20 ~ 30 mm, Due to the coating thicker, requiring multiple coating, construction difficulties.www.wentIYi.cOm
26. 大部分是闪电击中耐火性树林造成的，这种树，比如松树，可以抵抗最恶劣的火灾。这类火灾基本上对生态系统是有益的，森林也可以在火灾后很快的恢复。
Most are sparked by lightning in areas forested with fire-tolerant trees, which can withstand the worst of a fire, such as pine .
27. 大部分是闪电击中耐火性树林造成的，这种树，比如松树，可以抵抗最恶劣的火灾。这类火灾基本上对生态系统是有益的，森林也可以在火灾后很快的恢复。
Most are sparked by lightning in areas forested with fire-tolerant trees, which can withstand the worst of a fire, such as pine .
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