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Part II: Phase transformation-induced bloating behavior in diopside glass-ceramics for microwave dielectrics Conference paper
Authors:  Chou, Chen Chia;  Feng, Kuei Chih;  Raevski, Igor P.;  Chu, Li Wen;  Chen, Haydn;  Chen, Pin-Yi;  Chen, Cheng-Sao;  Lee, Hao Wei;  Tu, Chi-Shun
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Diopside  Glass-ceramics  Nucleating agent  Activation energy  
Part Ι: Effects of two-stage heat treatment on densification, microstructural features and dielectric properties of CaO–MgO–SiO2 glass-ceramics with ZrO2 nucleating agents Journal article
Materials Research Bulletin, 2017,Volume: 96,Page: 66-70
Authors:  Chou C.C.;  Feng K.C.;  Raevski I.P.;  Chen H.;  Tsao C.-Y.;  Chen P.-Y.;  Chen C.-S.;  Lu C.-A.;  Tu C.-S.
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Diopside  Glass-ceramics  Microwave dielectrics  Nucleating agent  
Part II: Phase transformation-induced bloating behavior in diopside glass-ceramics for microwave dielectrics Journal article
Materials Research Bulletin, 2017,Volume: 96,Page: 71-75
Authors:  Chou C.C.;  Feng K.C.;  Raevski I.P.;  Chu L.W.;  Chen H.;  Chen P.-Y.;  Chen C.-S.;  Lee H.W.;  Tu C.-S.
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Activation energy  Diopside  Glass-ceramics  Nucleating agent  
A novel phase-controlling-sintering route for improvement of diopside-based microwave dielectric materials Conference paper
Ceramics International
Authors:  Feng K.-C.;  Chou C.-C.;  Tsao C.-Y.;  Chu L.-W.;  Raevski I.P.;  Chen H.
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Diopside  Glass-ceramic  Microwave dielectrics  
Zirconia nucleating agent on microstructural and electrical properties of a CaMgSi 2 O 6 diopside glass-ceramic for microwave dielectrics Conference paper
Materials Research Bulletin
Authors:  Feng K.-C.;  Chou C.-C.;  Chu L.-W.;  Chen H.
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A. Ceramics  A. Glasses  C. Electron microscopy  D. Dielectric properties  D. Microstructure  
Preparation and electrical properties of (100) Preferred (Ba,Sr)TiO 3 bilayer thin films derived from pulse laser deposition method Conference paper
Key Engineering Materials
Authors:  Lu S.G.;  Friddle P.A.;  Xu Z.K.;  Siu G.G.;  Chen H.;  Wong K.H.;  Mak C.L.
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Barium strontium titanate  Preferred orientation  Pulse laser deposition  Thin film  
Preparation and structure of Ba2Ti9O20 and BaTi4O9 ceramics derived from sol-gel powders Conference paper
Key Engineering Materials
Authors:  Lu S.G.;  Chen H.;  Mak C.L.;  Wong K.H.;  Chan H.W.L.;  Choy C.L.
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Ba2Ti9O20  BaTi4O9  Microwave dielectrics  Sol-gel process