HIGH FRACTURE STRENGTH INDUCED BY THE INNER STRAIN AROUND THE CERAMIC HOLLOW SPHERES IN THE CERAMIC BODY

陶瓷体中陶瓷空心球周围的内应变引起的高断裂强度

• 批准号: 11792020
• 负责人: MIYATANI Kazuo
• 金额: --
• 依托单位: Ehime University
• 依托单位国家: 日本
• 项目类别: Grant-in-Aid for University and Society Collaboration
• 财政年份: 1999
• 资助国家: 日本
• 起止时间: 1999 至 2000
• 项目状态: 已结题
• 来源: https://kaken.nii.ac.jp/grant/KAKENHI-PROJECT-11792020/
• 关键词: ULTRAIGHT WEIGT CERAMICS; HIGH FRACTURE STRENGHT; NON-PERMIABLE CERAMICS; HIGH THERMAL INSULATION; LIGHT WEIGHT ROOF TILES; WOODY DERAMICS; WOODY CLAY TILES; 陶磁器; 軽量高断熱; 瓦; タイル; 粘土; 歪み誘起強化

We have introduced the new science and technology for the old ceramics as structural materials. I named the new ceramics as "Woody Ceramics" which have an ultra lightweight and a high thermal insulation with a reasonable mechanical strength. In concluding, the developed science and technology of the woody ceramics thus has shown potential applications to the white wears, cooking bowls, various porcelain arts, clay tiles and roofing clay tiles etc. The woody ceramics are partially made of volcano ashes, ecological material, and are believed to open new industry in the fields of the old ceramics.

我们介绍了旧陶瓷作为结构材料的新科学技术。我将这种新型陶瓷命名为“Woody Ceramics”，它具有超轻、高隔热和合理的机械强度。综上所述，木质陶瓷的科学技术发展已显示出在白色服装、烹饪碗、各种瓷器艺术、粘土瓷砖和屋面粘土瓷砖等方面的潜在应用。木质陶瓷部分由火山灰、生态材料制成，有望在旧陶瓷领域开辟新的产业。

项目成果

奥谷英司, 田中寿郎, 西川崇, 宮谷和雄, 定岡芳彦: "フライアッシュ微小中空体の添加による陶磁器素地中への閉気孔導入"日本セラミックス協会学術論文誌. 111(印刷中). (2003)

Eiji Okutani、Toshiro Tanaka、Takashi Nishikawa、Kazuo Miyatani、Yoshihiko Sadaoka：“通过添加粉煤灰微空心体将闭孔引入陶瓷基质”日本陶瓷学会杂志 111（印刷中）。

奥谷英司, 西川崇, 田中寿郎, 宮谷和雄: "シラスバルーンを用いた陶磁器素地の軽量化"日本セラミックス協会学術論文誌. 110. 688-692 (2002)

Eiji Okutani、Takashi Nishikawa、Hisao Tanaka、Kazuo Miyatani：“使用 shirasu 气球减轻陶瓷基材的重量”日本陶瓷学会杂志 110. 688-692 (2002)。

K.Miytani et al: "Woody Ceramics : Glased and Colored"Ceramic Engineering and Science Proceedings. Vol.22, Issue 2. 201-202 (2001)

K.Miytani 等人：“木质陶瓷：釉面和彩色”陶瓷工程与科学论文集。

E.Okutani et al: "Preparation of Lightweight Porcelain body by Mixing Shirasu-Balloon"Journal of the ceramic society of Japan. Vol.111(7). 686-692 (2002)

E.Okutani等人：“通过混合Shirasu-Balloon制备轻质瓷体”日本陶瓷学会杂志。

E.Okutani, et al: "Synthesis of Non-Permeable Porous Ceramics by Mixing Ceramic Hollow Micro Spheres"Ceramics Engineering and Science Proceedings. (to be published).

E.Okutani 等人：“通过混合陶瓷空心微球合成非渗透性多孔陶瓷”《陶瓷工程与科学论文集》。