Development on the Building Materials Having Electromagnetic Shielding, Water Repellency and Antibacterial Actions.
Development on the Building Materials Having Electromagnetic Shielding, Water Repellency and Antibacterial Actions.
批准号:
11792033
负责人:
FUTAMATA Masami
金额:
$9.28万
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
项目状态:
已结题
起止时间:
1999 至 2001
中文摘要
“现在,各种各样的机器,建筑物将被用于更多和更严重的环境中。”Moreover,利用电力学的爆炸性流行性,一个新的接口,它可能不会是预期的可能性。这种材料,能够掩盖这些环绕物,变得高度相关。因此,本研究旨在开发具有电磁屏蔽、水回收和抗细菌作用的材料,如优异的耐久性。在本研究中,第一,由各种形式的碳纤维和基本CuCl_2·3Cu(OH)_2动力的材料,由含氧化硅的硬质全球热伏安白砂和主要成分组成,复合水泥-粘合的木板是生产出来的。它们之间的关系和电磁屏蔽效应,就像抗细菌特性是不可理解的一样。第二,考虑材料的发展趋势将从散装材料转变为核心材料 ... More 修补材料,应用热喷涂方法,因为它是涂层技术的一部分,而功能涂层制造被讨论。它是由添加荧光碳和基本CuCl_2·3Cu(OH)_2功率的导线制成的热喷涂涂层,以及电磁屏蔽效应、水重复特性、抗菌性和耐久性特性的功能。Furthermore是由计算器制成的废弃电池的动力量被测试了,以获得电磁波吸收率、光和热吸收率的特性。关于这项研究的结果预计将被实际用于实际应用,不仅是技术性的,也是经济目标。它吸引了许多行业的注意力,就像电力、运输、建筑、机械等一样。特别是,它在检测各种功能的热喷雾涂层中变得更加有趣和更有趣。要建立电线制造方法,以添加必要的功能材料,以便从大学开发到风险。Less(低)
英文摘要
Now, various kinds of machines, constructions have become to be used in the more and more severe environment. Moreover, with the explosive popularity of the electro mechanics, new interferences that could not be expected might arise. The material that can suit these surroundings are becoming highly concerned. Therefore, this study aimed to develop the materials having electromagnetic shielding, water repellency and antibacterial actions, as well as prominent durability.In this study, first, by combining various forms of carbon fiber and the basic CuCl_2・3Cu(OH)_2 powders with the vesicated white sand, which was of buddle globular heated volcanic white sand with main component of silicon oxide, the compound cement-bonded particleboard was produced. The relation between that and the electromagnetic shielding effectiveness as well as the antibacterial characteristic was understood. Second, considering the development of the materials is tending to change from the bulk materials to the coa … More ting materials, applying the thermal spraying method, which is one of the coating technologies, to the functional coating manufacturing was discussed. That is, for the thermal spraying coatings made by the wires of adding the fluorine-carbon and the basic CuCl_2・3Cu(OH)_2 powders to the metallic tubes, the functions of electromagnetic shielding effectiveness, water repellency characteristic, antibacterial and the durability characteristic were clarified. Furthermore, the thermal spraying coatings made by the calcinations powders of the waste battery were examined to have the properties of electromagnetic wave absorbency, light and heat absorbency.The results on this study are expected to be practical used for not only the technical but also the economic aims. It attracts the attention of many industries, such as the electric power, transportation, construction, machinery, and so on. Especially, it becomes more and more interested in the thermal spraying coatings of detecting various functions. To establish the wire manufacturing method of adding the necessary functional materials intends to develop it from the university to the venture. Less
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堀江 秀夫 ほか8名: "セメントボードの製造に関する研究(第3報) -導電性材料の挿入による電磁波シールド建材の開発-"林産試験場報. 14・3. 8-18 (2000)
堀江秀夫等8人:“水泥板的制造研究(第3报告)-通过插入导电材料开发电磁屏蔽建筑材料-”林产研究所报告14・3(2000年)。
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鴨下泰久 ほか5名: "フッ素化カーボンと溶射皮膜の複合化による着氷防止皮膜の開発-複合ワイヤ法の場合について-"高温学会誌. 27・3. 1-6 (2001)
Kamoshita Yasuhisa等5人:“氟化碳与热喷涂涂层相结合的防冰涂层的开发-关于复合线方法的案例-”高温科学学会杂志27・3(2001年)。
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鴨下 泰久 ほか5名: "溶射法による着氷複合皮膜の開発"寒地技術論文・報告集. 15. 582-585 (1999)
Yasuhisa Kamoshita 等 5 人:“热喷涂结冰复合涂层的开发”寒冷地区技术论文和报告 15. 582-585 (1999)。
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Yasuhisa Kamoshita et al.: "Development of Non-Adhesion Coating for Ice by Combining Fluorine-Carbon with Thermal Sprayed Coating_Case of Cored Wire Method"Journal of High Temperature Society. Vol. 27, No. 3. 124-129 (2001)
Yasuhisa Kamoshita等人:“氟碳与热喷涂涂层相结合开发冰用非粘附涂层_包芯线法案例”高温学会杂志。
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鴨下 泰久, ほか4名: "フッ素化カーボンと溶射皮膜の複合化による着氷防止皮膜の開発 -塗布法の場合について-"高温学会誌. 26・5. 219-224 (2000)
Yasuhisa Kamoshita等4人:“氟化碳与热喷涂涂层相结合的防冰涂层的开发-关于涂层方法-”高温科学学会杂志26・5(2000年)。
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共 23 条
The Improvement of Durability and the Prevention of Adhesion of Waterlives for Concrete by Thermal Spraying Process
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批准号:05555185
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项目类别:Grant-in-Aid for Developmental Scientific Research (B)
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资助金额:$9.92万
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财政年份:1993
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负责人:FUTAMATA Masami
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依托单位:
Development of high-damping materials of high rigidity and heat resistance
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批准号:03452260
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项目类别:Grant-in-Aid for General Scientific Research (B)
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资助金额:$3.33万
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财政年份:1991
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负责人:FUTAMATA Masami
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依托单位:
Practical Application of Photo-acoustic Spectroscopy as NDT for Thermal Sprayed Specimen
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批准号:01550559
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项目类别:Grant-in-Aid for General Scientific Research (C)
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资助金额:$1.6万
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财政年份:1989
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负责人:FUTAMATA Masami
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依托单位: