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   electric porcelain 的翻译结果: 查询用时:0.01秒
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electric porcelain     
相关语句
  电瓷
     It is shown that when fired at 1260℃ and containing 7%~8% coloring metal oxides and Fe_2O_3∶Cr_2O_3∶ MnO_2=3∶1∶5∶3(wt), the glaze is stable in brown color, and matches the body, completely satisfying the need for firing electric porcelain in oxidizing atmosphere.
     实验结果表明,当烧成温度为1260℃、着色氧化物的引入总量为7%~8%、Fe2O3∶Cr2O3∶MnO2=3∶1.5∶3(wt)时,釉料呈现稳定的棕红色,且与坯体的适应性良好,完全能够满足氧化焰烧成电瓷的要求。
短句来源
     Brown glaze for electric porcelain, which is firing in oxidizing atmosphere, is prepared by using lime-alkaline glaze as base glaze and Fe_2O_3, Cr_2O_3, MnO_2 as colorant.
     以石灰-碱釉为基础釉,Fe2O3、Cr2O3、MnO2为着色剂,研制一种适合于氧化焰烧成电瓷的棕红色釉。
短句来源
     The papernot only deals theoretically with the relation of the technology, Structureand mechanical properties of the electric porcelain, but also reports a highalumina electric porcelain with the strength of σ>1800kg/cm~2, k_(1c) 1.65M-N~(-s/2), Weibull modulus m23.
     不仅从理论上研究了高铝氧电瓷材料工艺、结构和力学性能间的相互关系,而且还研制出瓷质强度高于1800kg/cm~2,k_(1c)为1.65MN~(3/2),威布尔模数为23的高强度电瓷配方。
短句来源
     Study on Short Fiber Reinforced Composite Materials of Electric Porcelain
     短纤维增强电瓷复合材料的研究
短句来源
     Acoustic emission rate has been measured during proof tests of electric porcelain, the attenuation law of AE rate at constant load has been inferred from fracture mechanics of ceramics.
     检测了验收试验时电瓷的声发射计数率,根据陶瓷断裂力学推导了恒定负荷下声发射计数的衰减规律,这一规律被实验结果很好地证实.
短句来源
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  电瓷材料
     The papernot only deals theoretically with the relation of the technology, Structureand mechanical properties of the electric porcelain, but also reports a highalumina electric porcelain with the strength of σ>1800kg/cm~2, k_(1c) 1.65M-N~(-s/2), Weibull modulus m23.
     不仅从理论上研究了高铝氧电瓷材料工艺、结构和力学性能间的相互关系,而且还研制出瓷质强度高于1800kg/cm~2,k_(1c)为1.65MN~(3/2),威布尔模数为23的高强度电瓷配方。
短句来源
     The relations between mechanical characterization and microstructure factors of the electric porcelain were suggested. The response factors of effect on the microstructure and strength of the electric porcelain was intended, which order is Al_2O_3 content>firing temperature>(K_2O+Na_2O)content>SiO_2 content.
     建立了电瓷材料力学性能与显微结构因素的关系,揭示了电 瓷材料强度和显微结构影响最敏感的因素及其先后顺序是:Al2O3含量>烧成温度T>(K2O +Na2O)含量>SiO2含量。
短句来源
     Study on High-strength Electric Porcelain Produced by Oxidizing Atmosphere
     氧化焰烧成高强度电瓷材料的研究
短句来源
     The k_(1c) of alumina electric porcelain is measured.
     测定了高铝氧电瓷材料的断裂韧性k_(1c);
短句来源
     DEVELOPMENT TREND OF HIGH TENSION ELECTRIC PORCELAIN
     高压电瓷材料的发展趋势
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  “electric porcelain”译为未确定词的双语例句
     It was studied on the black network deficiency in the electric porcelain′s brown red glaze in technology and structure by means of OM,SEM,XRD,DTA,EPMA etc. The deficiency′s forming mechanism is studied as well.
     采用 OM、SEM、XRD、DTA、EPMA等手段 ,系统研究了瓷绝缘子棕红釉面黑色网状缺陷的工艺及结构特征 ,探讨了缺陷形成的机理。
短句来源
     Then,optimizing the microstructure by improving raw materials,it′s proportion and the production technology is the best way to improve the strength property of electric porcelain.
     因而 ,从原料着手 ,通过配方和生产工艺的改进来优化设计瓷显微结构是提高产品强度的有效途径。
短句来源
     The results showed that the aluminous electric porcelain containing small amounts of mullite fiber has much higher strength.
     结果表明:在普通矾土质陶瓷材料中加入少量的莫来石纤维能够大幅度提高材料的弯曲强度。
短句来源
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  electric porcelain
Increasing the Al2O3 dispersity and using the isostatic pressing technique provide a route to improving the performance characteristics of electric porcelain.
      
The Role of Component Dispersity and Molding Pressure in the Manufacturing Technology of Electric Porcelain
      
Controlling technological properties of electric porcelain bodies
      
Effect of green density on the sintering of electric porcelain
      
Comparative assessment of methods of determining the strength of electric porcelain
      
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The paper deals with the fracture mechanism of the high alumina elec-tric porcelain. The fracture origins, fracture process, fracture morphologyand acoustic emission properties are studied by Combining SEM with EDXand AE. The k_(1c) of alumina electric porcelain is measured. The distribu-tion of the bending strength is studied by the statistical theory. The papernot only deals theoretically with the relation of the technology, Structureand mechanical properties of the electric porcelain, but also...

The paper deals with the fracture mechanism of the high alumina elec-tric porcelain. The fracture origins, fracture process, fracture morphologyand acoustic emission properties are studied by Combining SEM with EDXand AE. The k_(1c) of alumina electric porcelain is measured. The distribu-tion of the bending strength is studied by the statistical theory. The papernot only deals theoretically with the relation of the technology, Structureand mechanical properties of the electric porcelain, but also reports a highalumina electric porcelain with the strength of σ>1800kg/cm~2, k_(1c) 1.65M-N~(-s/2), Weibull modulus m23.

本文研究了高铝氧电瓷材料的破坏机理,采用扫描电子显微镜(SEM),电子探针(EDX)及声发射方法(AE)研究了高铝氧电瓷材料的断裂源,断裂过程,断裂形貌和声发射特性;测定了高铝氧电瓷材料的断裂韧性k_(1c);并用统计的方法研究了它的破坏强度分布规律。不仅从理论上研究了高铝氧电瓷材料工艺、结构和力学性能间的相互关系,而且还研制出瓷质强度高于1800kg/cm~2,k_(1c)为1.65MN~(3/2),威布尔模数为23的高强度电瓷配方。

The paper deals with the fracture mechanism of high alumina electric porcelain. The fracture origins, fracture morphology, fracture process and the cause of formation of fracture origins have been studied by using of SEM and EDX. The distribution of bending strength of materials of different crack origins has been studied by statistical method.

本文研究了高铝氧电瓷材料的破坏机理。采用扫描电子显微镜(SEM)、电子探针(EDX)研究了高铝氧电瓷材料的断裂源、断裂过程、断裂形貌以及断裂源的成因,并用统计方法研究了断裂源不同的材料的强度分布规律。

Acoustic emission rate has been measured during proof tests of electric porcelain, the attenuation law of AE rate at constant load has been inferred from fracture mechanics of ceramics. This law was in good agreement with the result of test for electric porcelain. Therefore, it is possible to predict strength of ceramics using AE non-destructive testing.

检测了验收试验时电瓷的声发射计数率,根据陶瓷断裂力学推导了恒定负荷下声发射计数的衰减规律,这一规律被实验结果很好地证实.可见,用声发射无损检测法对陶瓷材料进行强度预测是可行的.

 
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