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雖然我是用google線上翻譯軟體翻譯的
準確度不是那麼準
但是提供給你做為參考= ="
原文:
Phase evolution and microwave
K.X. Song, X.M. Chen ⁎
Department of Materials Science & Engineering, Zhejiang University, sciencedirect.com/science/article/pii/S0167577X07005903
Abstract
In the present paper, the phase evolution and microstructures of Ti-substitutedMg2SiO4 forsterite ceramics with nominal compositionMg2(Si1−xTix)O4
were investigated together with their microwave dielectric characteristics. MgSiO3 secondary phase was observed in Mg2SiO4 ceramics, and it could
be suppressed by Ti-substitution. However,Mg2TiO4 andMgTi2O5 appeared gradually with increasing Ti-substitution amount. The dielectric constant
slightly increased from 6.8 to 8.1 with Ti-substitution, and the Qf value was improved significantly and reached the maximum at x=0.1 where the
optimum combination of microwave dielectric characteristics were achieved: εr=7.4, Qf=73,760 GHz at 15 GHz, τf=−60 ppm/°C.
中文:
相演變和微波
K.X.宋，X.M.陳⁎
材料科學與工程學院，浙江大學， compositionMg2相演化與鈦 substitutedMg2SiO4鎂橄欖石陶瓷的微觀結構（SI1- xTix）物理學
連同其微波介電特性進行了調查。 MgSiO3中學階段是觀察 Mg2SiO4陶瓷，它可能
鈦替代被抑制。然而，Mg2TiO4 andMgTi2O5提高鈦替代量逐步顯現。介電常數
鈦替代輕微上升6.8至8.1，而QF值顯著改善，並在x =0.1達到最大
微波介電特性的最佳組合，實現：εR=7.4，QF=73760 GHz的在15 GHz，τf=- 60 PPM / ° C。
準確度不是那麼準
但是提供給你做為參考= ="
原文:
Phase evolution and microwave
K.X. Song, X.M. Chen ⁎
Department of Materials Science & Engineering, Zhejiang University, sciencedirect.com/science/article/pii/S0167577X07005903
Abstract
In the present paper, the phase evolution and microstructures of Ti-substitutedMg2SiO4 forsterite ceramics with nominal compositionMg2(Si1−xTix)O4
were investigated together with their microwave dielectric characteristics. MgSiO3 secondary phase was observed in Mg2SiO4 ceramics, and it could
be suppressed by Ti-substitution. However,Mg2TiO4 andMgTi2O5 appeared gradually with increasing Ti-substitution amount. The dielectric constant
slightly increased from 6.8 to 8.1 with Ti-substitution, and the Qf value was improved significantly and reached the maximum at x=0.1 where the
optimum combination of microwave dielectric characteristics were achieved: εr=7.4, Qf=73,760 GHz at 15 GHz, τf=−60 ppm/°C.
中文:
相演變和微波
K.X.宋，X.M.陳⁎
材料科學與工程學院，浙江大學， compositionMg2相演化與鈦 substitutedMg2SiO4鎂橄欖石陶瓷的微觀結構（SI1- xTix）物理學
連同其微波介電特性進行了調查。 MgSiO3中學階段是觀察 Mg2SiO4陶瓷，它可能
鈦替代被抑制。然而，Mg2TiO4 andMgTi2O5提高鈦替代量逐步顯現。介電常數
鈦替代輕微上升6.8至8.1，而QF值顯著改善，並在x =0.1達到最大
微波介電特性的最佳組合，實現：εR=7.4，QF=73760 GHz的在15 GHz，τf=- 60 PPM / ° C。
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