High-purity alumina powders with different particle morphology were pr的英语翻译

High-purity alumina powders with di

High-purity alumina powders with different particle morphology were prepared for the study of the evaluation of the activation energy of sintering. In this investigation, the evaluation of the activation energy is based on nonisothermal and isothermal sintering, in which the evaluated values were higher for the former than the latter. The abnormally higher value of the activation energy based on the nonisothermal sintering for the classified powder compact may be resulted from the low heating rate, which is attributed to the fact that the relative contribution of Dl and Db to densification is different. Pore morphology also plays a role in evaluating the activation energy of sintering.
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High-purity alumina powders with different particle morphology were prepared for the study of the evaluation of the activation energy of sintering. In this investigation, the evaluation of the activation energy is based on nonisothermal and isothermal sintering, in which the evaluated values were higher for the former than the latter. The abnormally higher value of the activation energy based on the nonisothermal sintering for the classified powder compact may be resulted from the low heating rate, which is attributed to the fact that the relative contribution of Dl and Db to densification is different. Pore morphology also plays a role in evaluating the activation energy of sintering.
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结果 (英语) 2:[复制]
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High-purity alumina powders with different particle morphology were prepared for the study of the evaluation of the activation energy of sintering. In this investigation, the evaluation of the activation energy is based on nonisothermal and isothermal sintering, in which the evaluated values were higher for the former than the latter. The abnormally higher value of the activation energy based on the nonisothermal sintering for the classified powder compact may be resulted from the low heating rate, which is attributed to the fact that the relative contribution of Dl and Db to densification is different. Pore morphology also plays a role in evaluating the activation energy of sintering.
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结果 (英语) 3:[复制]
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制备了不同颗粒形貌的高纯氧化铝粉体，用于评价烧结活化能。在本研究中，活化能的评估是基于非等温和等温烧结，其中前者的评估值高于后者。分级粉末压坯在非等温烧结条件下的活化能异常高可能是由于升温速率低所致，这是由于Dl和Db对致密化的相对贡献不同所致。孔隙形貌在评价烧结活化能中也起着重要作用。<br>
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