Electrically conductive member, electrochemical cell device, module, module housing device, slurry, electrically conductive member manufacturing method, conductive material, and conductive powder material
AssigneeKYOCERA Corporation
InventorsKazuki HIRAO, Akihiro HARA, Atsuki YAMAGUCHI
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Abstract
An electrically conductive member includes a base member and a coating layer. The base member contains chromium. The coating layer covers the base member. The coating layer contains a conductive oxide and a first oxide that is an oxide of a first element whose absolute values of first ionization energy and free energy of formation of an oxide are smaller than those of chromium.
Claims19
An electrically conductive member comprising:
- a base member containing chromium;
- and
- a coating layer covering the base member,
- the coating layer containing a conductive oxide and a first oxide, the first oxide being an oxide of a first element whose absolute values of first ionization energy and free energy of formation of an oxide are smaller than those of chromium.
A slurry comprising:
- conductive oxide particles;
- first oxide particles containing a first oxide, the first oxide being an oxide of a first element whose absolute values of first ionization energy and free energy of formation of an oxide are smaller than those of chromium;
- and
- an anionic resin.
A manufacturing method for manufacturing an electrically conductive member, the manufacturing method comprising:
- forming, on a surface of a base member containing chromium, a coating film containing a conductive oxide, a first oxide that is an oxide of a first element whose absolute values of first ionization energy and free energy of formation of an oxide are smaller than those of chromium, and an anionic resin;
- firing the base member with the coating film formed thereon;
- and
- sintering the base member that has been fired.
A conductive material comprising:
- a conductive oxide;
- and
- a first oxide being an oxide of a first element whose absolute values of first ionization energy and free energy of formation of an oxide are smaller than those of chromium.
A conductive powder material comprising:
- conductive oxide particles;
- and
- first oxide particles containing a first oxide of a first element whose absolute values of first ionization energy and free energy of formation of an oxide are smaller than those of chromium.
Dependencies are inferred from the claim text.