涂料

The experimental results show that: the failure mode of strengthened beam at elevated temperature can be classified as flexure failure mode or flexure-shear failure mode, and the failure mode of strengthened beam at high temperature may be different from that at room temperature; and although the load supported by the strengthened specimen is larger than that supported by the unstrengthened specimen, the fire resistance of the strengthened specimen is still larger than that of the unstrengthened specimen, due to the influence of fire insulation.

结果表明：高温下该类构件的破坏形态大致可分为受弯破坏和弯剪破坏两类，常温下发生弯曲破坏的加固构件有可能在高温下出现破坏形态的转变；虽然加固构件所承受的荷载明显大于未加固构件，前者由于防火涂料的保护，其耐火极限仍大于后者。

Test results show that (1) the failure modes of the strengthened beams at high temperature can be classified as a flexure failure mode and a flexure-shear one;(2) the flexure failure of the strengthened beams at room temperature may change at high temperature;(3) as compared with the unstrengthened beam, the strengthened beams with higher load are of stronger fire resistance due to the existence of fire coating; and (4) the increase of the strengthening ratio may result in the improvement of fire resistance and the change of failure mode.

结果表明：高温下该类构件的破坏形态大致可分为受弯破坏和弯剪破坏两类，常温下发生弯曲破坏的加固构件有可能在高温下出现破坏形态的转变；虽然加固构件所承受的荷载明显大于未加固构件，但由于防火涂料的保护，其耐火极限仍大于后者；碳纤维布加固量增加有可能导致加固构件的耐火极限延长，同时还可能涉及破坏形态的转变。

Based on the fire tests of one unstrengthened reinforced concrete beam and five reinforced concrete beams strengthened in flexure with carbon fiber sheets, the influence of fire insulation thickness, load ratio and strengthening ratio on the fire resistance of reinforced concrete beam strengthened in flexure with carbon fiber sheet has been discussed.

通过一根未加固钢筋混凝土梁，以及五根碳纤维布抗弯加固钢筋混凝土梁的三面受火试验，探讨不同厚度的厚涂型防火涂料、不同荷载比、不同碳纤维布加固量等因素对碳纤维布抗弯加固钢筋混凝土梁耐火性能的影响。

Three-side fire tests of one unstrengthened reinforced concrete beam and five RC beams strengthened in flexure with carbon fiber sheets were carried out to reveal the influences of such factors as thick-layered fire coating thickness, load ratio and CFS-strengthening ratio on the fire resistance of the strengthened beams.

通过一根未加固钢筋混凝土梁及5根碳纤维布抗弯加固钢筋混凝土梁的三面受火试验，探讨厚涂型防火涂料的厚度、荷载比、碳纤维布加固量等因素对碳纤维布抗弯加固钢筋混凝土梁耐火性能的影响。

With the advantages of the product itself, I Division has successfully enter the Chinese lubricants, paints, inks and other industrial markets and are exported to foreign countries, the performance of extraordinary, well received by clients unwatchful Green!

借助产品本身的优势，我司已成功地打入中国润滑油、涂料、油墨等行业市场，并远销国外，业绩不凡，深受广大客户的青眛！

The above series of certificate are all the guarantees of the quality which WARATAH PAINT CO., LTD provide to the consumers.

这一系列认证是华特尔环保涂料有限公司提供给用户最具信心的品质保证。

Today, WARATAH paints have been used all over the world. With the growing of the market share and the rising satisfaction degree of consumers, WARATAH paints are gradually becoming the trusted products by consumers and the experts.

今天华特尔产品已遍布全国，随着用户的满意程度和在市场中的占有率越来越高，华特尔系列产品已成为业内推崇和用户信赖的高科技环保涂料代表品牌之一。

With the growing of the market share and the rising satisfaction degree of consumers, WARATAH paints are gradually becoming the trusted products by consumers and the experts.

今天华特尔产品已遍布全国，随着用户的满意程度和在市场中的占有率越来越高，华特尔环保涂料已成为值得业内专家及用户信赖的产品。

This paper also introduces properties of rayon carbon fabric/phenolic anti-ablation, and the test results of thermal-resistant articles used on three kind of solid motors ,demostrating that rayon carbon fabric/phenolic articles can resist imping ment by combustion gas flow,wit...

因此，对这些部位要求材料具有优异的耐燃气流冲刷性能。常用的耐烧蚀涂料、耐烧蚀弹性体以及高硅氧/酚醛耐烧蚀材料等虽在

MAGNETIC MATERIALS:Soft magnetic ferrite,silicon steel sheet, iron powder core, noncrystal alloy material, permanent magnet, other materials.

绝缘材料类：绝缘纸、绝缘布、绝缘体、绝缘漆、绝缘涂料、绝缘套管、绝缘组件等；7、结构材料与配件：支持材料、封状材料、接线端子、紧固标准件等

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。