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The Effect of MgO Stabilizer on the Phase Composition and Microstructure of Zirconia Metering Nozzle Matrix

机译:MgO稳定剂对氧化锆计量喷嘴基质相组成和微观结构的影响

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The phase composition and microstructure of ZrO2 metering nozzle matrix doped with different content stabilizer were researched by XRD, SEM and EDS. Result showed that the content of cubic phase increased accompanied with mon°Clinic phase decreased after sintering, different content of stabilizer made phase transition not the same;;After sintering in the solid solution formed by MgO and ZrO2, with closer l°Cation to the MgO particles, substitution degree was more obvious, but the diffusion and solid solution state of the stabilizer were far from uniform.
机译:XRD,SEM和EDS研究了掺杂有不同含量稳定剂的ZrO2计量喷嘴基质的相组合物和微观结构。 结果表明,烧结后,立方相的含量增加伴随着Mon°临床相,稳定剂的不同含量的稳定性液相过渡不相同;;在烧结在MgO和ZrO2形成的固溶体后,较近的L°阳离子 MgO颗粒,取代度更明显,但稳定剂的扩散和固溶溶液远离均匀。

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