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INTERNAL FRICTION IN THE PFN CERAMICS WITH CHROMIUM DOPAND

机译:PFN陶瓷中含铬多潘的内部摩擦

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摘要

An aim of this work was to determine an influence of an admixture, the chromium (for x from 0.01 to 0.06), on the mechanical properties of the PFN ceramics. The ceramics with chemical composition Pb(Fe0.5-xCrxNb0.5)O-3 was synthesized in two steps from simple oxides PbO, Fe2O3, Nb2O5, Cr2O3. The first stage was based on obtaining the FeNbO4 from the Fe2O3 and Nb2O5 simple oxides. At this stage an admixture in a form the Cr2O3 chromium oxide was added to the solution. In the second stage the PbO lead oxide and the doped FeNbO4 (obtained earlier) were synthetized. The sintering of ceramic samples PFCN type was carried out by free sintering method. Temperature measurements of the internal friction were conducted on a computer-controlled automatic resonant mechanical spectrometer (heating cycle with 3 deg/min).
机译:这项工作的目的是确定一种混合物(铬(对于x为0.01至0.06))对PFN陶瓷的机械性能的影响。用简单的氧化物PbO,Fe2O3,Nb2O5,Cr2O3分两步合成了化学成分为Pb(Fe0.5-xCrxNb0.5)O-3的陶瓷。第一阶段基于从Fe2O3和Nb2O5简单氧化物获得FeNbO4。在这一阶段,将Cr2O3氧化铬形式的混合物添加到溶液中。在第二阶段中,合成了PbO氧化铅和掺杂的FeNbO4(较早获得)。 PFCN型陶瓷样品的烧结是通过自由烧结法进行的。内摩擦的温度测量是在计算机控制的自动共振机械光谱仪上进行的(加热周期为3度/分钟)。

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