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电瓷
    Study of Grade Distribution of Pollution Zones of Electric Porcelain in Maanshan District
    马鞍山地区电瓷污区等级分布研究
    Study on Relationship between Microstructure and Strength of High-stength Aluminious Electric Porcelain
    铝质高强度电瓷显微结构与强度关系的研究
    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
    Study on Short Fiber Reinforced Composite Materials of Electric Porcelain
    短纤维增强电瓷复合材料的研究
    Progress and Development Trend of High Tension Insulate Electric Porcelain
    高压电瓷材料的研究现状与发展趋势
    Study on Microstructure of High-strength Aluminous Electric Porcelain Fired in Oxidizing Atmosphere
    氧化焰烧成铝质高强度电瓷显微结构分析
    DEVELOPMENT TREND OF HIGH TENSION ELECTRIC PORCELAIN
    高压电瓷材料的发展趋势
    Study on Microstructure of High-Strength Aluminum Electric Porcelain Produced by Oxdizing Atmosphere
    氧化焰烧成铝质高强度电瓷显微结构分析
    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。
    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.
    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。
    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。
    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。
    Attenuation of Acoustic Emission in Electric Porcelain at Constant Load
    电瓷受恒定负荷时的声发射衰减规律
    The use of FDN highly efficient water-reducing-agent in casting-mounting technology of electric porcelain
    FDN高效减水剂在电瓷浇装工艺中的应用
    Effects of Dispersity and Structure of Alumina on Properties of Electric Porcelain
    氧化铝的分散度和结构对电瓷性质的影响
    On relationship between microstructure and physical property of electric porcelain
    电瓷显微结构与机械性能关系研究
    Fractal characteristic and fractal dimension survey on broken faces of aluminum electric porcelain
    铝质电瓷断口分形研究与分维测量
    THE EFFECT OF SINTERING-ATMOSPHERE ON MECHANICAL PROPERTY OF ELECTRIC PORCELAIN
    烧结气氛对电瓷材料机械性能的影响
    Landslide Analysis and Reinforcement of Soil Slope at Ningxiang Electric Porcelain Factory
    宁乡胶木电瓷厂土体滑坡分析及治理
 

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