A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
BONDED BODY AND BONDED BODY MANUFACTURING METHOD
The invention provides a joined body and a method for manufacturing the joined body, and high oxidation resistance is achieved in joining an object to be joined and an electrode part. A bonded body is provided with an object to be bonded, a base layer (41), an electrode part (3), and a fixing layer (42). The conductive base layer (41) is fixed to the surface of an object to be bonded. The electrode part (3) is fixed to the base layer (41). A conductive affixing layer (42) is affixed to the base layer (41) so as to sandwich the electrode section (3) therebetween. The porosity of each of the base layer (41) and the fixing layer (42) is 10% or less. As a result, it is possible to achieve high oxidation resistance in the joining of the object to be joined and the electrode part (3).
本发明提供接合体及接合体的制造方法，在接合对象物与电极部的接合中实现了高耐氧化性。接合体具备接合对象物、基底层(41)、电极部(3)以及固定层(42)。导电性的基底层(41)固定于接合对象物的表面。电极部(3)固定于基底层(41)上。导电性的固定层(42)以中间隔着电极部(3)的方式固定于基底层(41)上。基底层(41)及固定层(42)各自的气孔率为10％以下。由此，能够在接合对象物与电极部(3)的接合中实现高耐氧化性。
BONDED BODY AND BONDED BODY MANUFACTURING METHOD
The invention provides a joined body and a method for manufacturing the joined body, and high oxidation resistance is achieved in joining an object to be joined and an electrode part. A bonded body is provided with an object to be bonded, a base layer (41), an electrode part (3), and a fixing layer (42). The conductive base layer (41) is fixed to the surface of an object to be bonded. The electrode part (3) is fixed to the base layer (41). A conductive affixing layer (42) is affixed to the base layer (41) so as to sandwich the electrode section (3) therebetween. The porosity of each of the base layer (41) and the fixing layer (42) is 10% or less. As a result, it is possible to achieve high oxidation resistance in the joining of the object to be joined and the electrode part (3).
本发明提供接合体及接合体的制造方法，在接合对象物与电极部的接合中实现了高耐氧化性。接合体具备接合对象物、基底层(41)、电极部(3)以及固定层(42)。导电性的基底层(41)固定于接合对象物的表面。电极部(3)固定于基底层(41)上。导电性的固定层(42)以中间隔着电极部(3)的方式固定于基底层(41)上。基底层(41)及固定层(42)各自的气孔率为10％以下。由此，能够在接合对象物与电极部(3)的接合中实现高耐氧化性。
BONDED BODY AND BONDED BODY MANUFACTURING METHOD
接合体及接合体的制造方法
SUZUKI SHINJI (author) / KIMATA TAKAFUMI (author) / TOMITA TAKAHIRO (author)
2022-05-03
Patent
Electronic Resource
Chinese
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