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首页> 外文期刊>Journal of the European Ceramic Society >Photoemission during flash sintering: An interpretation based on thermal radiation
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Photoemission during flash sintering: An interpretation based on thermal radiation

机译:闪光烧结过程中的光曝光:基于热辐射的解释

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Optical emission spectra were recorded in the range 180-1700 nm during flash sintering of alumina and magnesia silicate glass-containing alumina. The collected spectra, corrected for taking care of instrumental effects, are consistent with thermal radiation effect. A partial exception is represented by the lower density samples treated with low current density, whose spectrum shows very small deviation from the expected thermal radiation at similar to 680 nm although the corresponding physical phenomenon remains unclear. In any case, the overall photoemission upon flash sintering can be substantially associated with Joule heating, in all tested conditions, with no effect of any other previously reported mechanism like electroluminescence. (C) 2017 Elsevier Ltd. All rights reserved.
机译:在氧化铝和氧化镁硅酸盐玻璃氧化铝的闪光烧结期间,在180-1700nm的范围内记录了光学发射光谱。 收集的光谱校正用于照顾仪器效果,与热辐射效应一致。 局部异常由具有低电流密度处理的较低密度样本表示,其光谱显示出与相似的预期热辐射的偏差非常小,尽管相应的物理现象仍然不清楚。 在任何情况下,在所有测试条件下,闪蒸烧结的整体光曝光都可以基本上与焦耳加热相关,没有任何其他先前报告的机制如电致发光。 (c)2017 Elsevier Ltd.保留所有权利。

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