A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
FORSTERITE PORCELAIN COMPOSITION FOR LAMINATE SUBSTRATE, LAMINATE SUBSTRATE OF FORSTERITE PORCELAIN COMPOSITION, MANUFACTURING METHOD OF FORSTERITE PORCELAIN COMPOSITION FOR LAMINATE SUBSTRATE, AND MANUFACTURING METHOD OF LAMINATE SUBSTRATE OF FORSTERITE PORCELAIN COMPOSITION FOR LAMINATE SUBSTRATE
PROBLEM TO BE SOLVED: To provide a forsterite porcelain composition for laminate substrate capable of readily manufacturing a high-quality laminate substrate, a laminate substrate of the forsterite porcelain composition, a manufacturing method of a forsterite porcelain composition for laminate substrate, and a manufacturing method of the laminate substrate of the forsterite porcelain composition for the laminate substrate.SOLUTION: A forsterite porcelain composition for a laminate substrate obtained by sintering at a temperature of from 850 to 900°C for from 0.5 to 50 hours a mixture that is obtained by mixing MgO and SiO2 at 2:1 molar ratio, followed by further mixing the mixture with LiF at a molar ratio of (1-X):X (here, X is 0.03 or larger). A manufacturing method of the laminate substrate includes mixing together with an organic binder in the mixing step, forming the mixture mixed in the above step into a plate, forming an obtained planar mixture pattern, laminating an obtained plurality of the planar mixture, and sintering the laminated mixture.SELECTED DRAWING: Figure 1
【課題】品質の良好な積層基板を容易に製造することができる積層基板用フォルステライト磁器組成物、フォルステライト磁器組成物の積層基板、積層基板用フォルステライト磁器組成物の製造方法、及び積層基板用フォルステライト磁器組成物の積層基板の製造方法の提供。【解決手段】ＭｇＯとＳｉＯ２を２：１モル比で混合し、更に該混合物とＬｉＦとを（１−Ｘ）：Ｘ（但し、Ｘは０．０３以上）モル比で混合したものを、８５０〜９００℃で、０．５時間〜５０時間焼成することにより得られる積層基板用フォルステライト磁器組成物。前記混合工程において、有機バインダも合わせて混合し、前記工程により混合した混合物を平板状に成形し、得られた平板状の前記混合物パターンを形成し、形成された複数の平板状の前記混合物を積層し、積層した前記混合物を焼成する積層基板の製造方法。【選択図】図１
FORSTERITE PORCELAIN COMPOSITION FOR LAMINATE SUBSTRATE, LAMINATE SUBSTRATE OF FORSTERITE PORCELAIN COMPOSITION, MANUFACTURING METHOD OF FORSTERITE PORCELAIN COMPOSITION FOR LAMINATE SUBSTRATE, AND MANUFACTURING METHOD OF LAMINATE SUBSTRATE OF FORSTERITE PORCELAIN COMPOSITION FOR LAMINATE SUBSTRATE
PROBLEM TO BE SOLVED: To provide a forsterite porcelain composition for laminate substrate capable of readily manufacturing a high-quality laminate substrate, a laminate substrate of the forsterite porcelain composition, a manufacturing method of a forsterite porcelain composition for laminate substrate, and a manufacturing method of the laminate substrate of the forsterite porcelain composition for the laminate substrate.SOLUTION: A forsterite porcelain composition for a laminate substrate obtained by sintering at a temperature of from 850 to 900°C for from 0.5 to 50 hours a mixture that is obtained by mixing MgO and SiO2 at 2:1 molar ratio, followed by further mixing the mixture with LiF at a molar ratio of (1-X):X (here, X is 0.03 or larger). A manufacturing method of the laminate substrate includes mixing together with an organic binder in the mixing step, forming the mixture mixed in the above step into a plate, forming an obtained planar mixture pattern, laminating an obtained plurality of the planar mixture, and sintering the laminated mixture.SELECTED DRAWING: Figure 1
【課題】品質の良好な積層基板を容易に製造することができる積層基板用フォルステライト磁器組成物、フォルステライト磁器組成物の積層基板、積層基板用フォルステライト磁器組成物の製造方法、及び積層基板用フォルステライト磁器組成物の積層基板の製造方法の提供。【解決手段】ＭｇＯとＳｉＯ２を２：１モル比で混合し、更に該混合物とＬｉＦとを（１−Ｘ）：Ｘ（但し、Ｘは０．０３以上）モル比で混合したものを、８５０〜９００℃で、０．５時間〜５０時間焼成することにより得られる積層基板用フォルステライト磁器組成物。前記混合工程において、有機バインダも合わせて混合し、前記工程により混合した混合物を平板状に成形し、得られた平板状の前記混合物パターンを形成し、形成された複数の平板状の前記混合物を積層し、積層した前記混合物を焼成する積層基板の製造方法。【選択図】図１
FORSTERITE PORCELAIN COMPOSITION FOR LAMINATE SUBSTRATE, LAMINATE SUBSTRATE OF FORSTERITE PORCELAIN COMPOSITION, MANUFACTURING METHOD OF FORSTERITE PORCELAIN COMPOSITION FOR LAMINATE SUBSTRATE, AND MANUFACTURING METHOD OF LAMINATE SUBSTRATE OF FORSTERITE PORCELAIN COMPOSITION FOR LAMINATE SUBSTRATE
積層基板用フォルステライト磁器組成物、フォルステライト磁器組成物の積層基板、積層基板用フォルステライト磁器組成物の製造方法、及び積層基板用フォルステライト磁器組成物の積層基板の製造方法
OGAWA HIROTAKA (author) / SUGA AKINORI (author) / HIRABAYASHI RYOSUKE (author)
2017-06-15
Patent
Electronic Resource
Japanese
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