Improvement of Corundum-structured Dielectric Ceramic Material Mg4Ta2O9 with Mg2+ Substituted by Different Doping Ions

Improvement of Corundum-structured Dielectric Ceramic Material Mg4Ta2O9 with Mg2+ Substituted by Different Doping Ions

碩士 === 國立成功大學 === 電機工程學系 === 103 === There are two main subjects in this thesis. First, we will discuss the low loss corundum-sructured A4B2O9 dielectric ceramic material, and make a thorough inquiry to the influence of different kinds of doped ions in order to improve its microwave dielectric prope...

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Main Authors: Tsai-ChenHsieh, 謝彩晨
Other Authors: Bing-Jing Li
Format: Others
Language:zh-TW
Published: 2015
Online Access:http://ndltd.ncl.edu.tw/handle/49209235075558994978
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spelling ndltd-TW-103NCKU54420892016-08-15T04:17:44Z http://ndltd.ncl.edu.tw/handle/49209235075558994978 Improvement of Corundum-structured Dielectric Ceramic Material Mg4Ta2O9 with Mg2+ Substituted by Different Doping Ions 剛玉結構Mg4Ta2O9介電陶瓷材料在Mg2+位置做不同參雜量離子的微波介電特性改善與研製 Tsai-ChenHsieh 謝彩晨 碩士 國立成功大學 電機工程學系 103 There are two main subjects in this thesis. First, we will discuss the low loss corundum-sructured A4B2O9 dielectric ceramic material, and make a thorough inquiry to the influence of different kinds of doped ions in order to improve its microwave dielectric properties and applications. Second, there will be an emphasis on the prediction of the maximum quality factor of four kinds of doped materials in the fully-densed condition, and the relation between the loss tangent and porosity in different doped ions and temperature. Bing-Jing Li 李炳鈞 2015 學位論文 ; thesis 102 zh-TW
collection NDLTD
language zh-TW
format Others
sources NDLTD
description 碩士 === 國立成功大學 === 電機工程學系 === 103 === There are two main subjects in this thesis. First, we will discuss the low loss corundum-sructured A4B2O9 dielectric ceramic material, and make a thorough inquiry to the influence of different kinds of doped ions in order to improve its microwave dielectric properties and applications. Second, there will be an emphasis on the prediction of the maximum quality factor of four kinds of doped materials in the fully-densed condition, and the relation between the loss tangent and porosity in different doped ions and temperature.
author2 Bing-Jing Li
author_facet Bing-Jing Li
Tsai-ChenHsieh
謝彩晨
author Tsai-ChenHsieh
謝彩晨
spellingShingle Tsai-ChenHsieh
謝彩晨
Improvement of Corundum-structured Dielectric Ceramic Material Mg4Ta2O9 with Mg2+ Substituted by Different Doping Ions
author_sort Tsai-ChenHsieh
title Improvement of Corundum-structured Dielectric Ceramic Material Mg4Ta2O9 with Mg2+ Substituted by Different Doping Ions
title_short Improvement of Corundum-structured Dielectric Ceramic Material Mg4Ta2O9 with Mg2+ Substituted by Different Doping Ions
title_full Improvement of Corundum-structured Dielectric Ceramic Material Mg4Ta2O9 with Mg2+ Substituted by Different Doping Ions
title_fullStr Improvement of Corundum-structured Dielectric Ceramic Material Mg4Ta2O9 with Mg2+ Substituted by Different Doping Ions
title_full_unstemmed Improvement of Corundum-structured Dielectric Ceramic Material Mg4Ta2O9 with Mg2+ Substituted by Different Doping Ions
title_sort improvement of corundum-structured dielectric ceramic material mg4ta2o9 with mg2+ substituted by different doping ions
publishDate 2015
url http://ndltd.ncl.edu.tw/handle/49209235075558994978
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AT xiècǎichén improvementofcorundumstructureddielectricceramicmaterialmg4ta2o9withmg2substitutedbydifferentdopingions
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AT xiècǎichén gāngyùjiégòumg4ta2o9jièdiàntáocícáiliàozàimg2wèizhìzuòbùtóngcānzáliànglízidewēibōjièdiàntèxìnggǎishànyǔyánzhì
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