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High-pressure Induced Structural Decomposition of RE-doped YAG Nanoceramics

机译:高压诱导重新掺杂YAG纳米陶瓷的结构分解

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The preparation of transparent nanoceramics from nanocrystalline Y_3Al_5O_(12_ (YAG) powders doped with rare-earth ions has been described and the results of investigation of the structure and morphology have been presented. Decomposition of YAG nanocrystals into YAlO_3 (YAP) was observed. The temperature and pressure for the decomposition was much lower than that reported for larger crystals. The transformation was connected with grain coarsening. The influence of the method of preparation of the YAG nanopowders on the final transparency of the nanoceramic produced was determined. Preliminary results of the dependence of luminescence properties on the structural transformation of the nanograins are presented.
机译:已经描述了从纳米晶Y_3AL_5O_(12_(YAG)掺杂有稀土离子的粉末的透明纳米陶瓷的制备,并介绍了结构和形态的研究结果。观察到YAL纳米晶体分解成YALO_3(YAP)。该分解的温度和压力远低于较大晶体的低得多。用晶粒粗化连接。测定了YAG纳米粉末制备方法对纳米纳米胺的最终透明度的影响。初步结果提出了发光性质对纳米预热结构变换的依赖性。

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