An aircraft has an aircraft propulsor and/or an aircraft propulsor drive. The aircraft propulsor and/or an aircraft propulsor drive acts as a waste heat source. The aircraft has a metal-air fuel cell. The aircraft has a waste heat transfer system configured to thermally couple the metal-air fuel cell and a waste heat source. The aircraft includes a control system configured to operate the waste heat transfer system to selectively transfer waste heat from the waste heat source to the metal-air fuel cell.
Applicant:
WRIGHT ELECTRIC INC [US]
Inventors:
ENGLER JEFFREY M [US]
DOBLEY ARTHUR [US]
TSCHIDA COLIN [US]
NG KOK LONG [CA]
WARKE DEVEN [US]
Other family members:
WO 2023076436 A1,
Pub. Date: 2023-05-04,
EPO/ Google
Provided is an LDH separator that enables further enhancement of the cycle characteristic of a battery. The LDH separator comprises: a porous substrate; and a surface layer that is provided to at least one surface of the porous substrate and that includes a layered double hydroxide (LDH) and/or a hydroxide-ion conductive layered compound, which is a layered double hydroxide (LDH)-like compound. The LDH separator has an ion conductivity of 1.0 mS/cm or more, and the adhesion between the surface layer and the porous substrate is 5.0 mN or more. The adhesion is a critical load value that is measured by performing micro-scratch testing on a surface including the surface layer of the LDH separator, according to protocol JIS R3255-1997, under the conditions of a scratching speed of 10 μm/s, a diamond-indenter needle tip radius of curvature of 25 μm, a load application speed of 30 mN/min, an excitation amplitude of 50 μm, and an excitation frequency of 45 Hz.
Titles:
METAL-AIR ELECTRIC GENERATOR AND UNIT THEREOF
金属空気発電機及びそのユニット
Abstracts:
Provided is a metal-air electric generator that enables quick replacement of a negative electrode panel assembly. A generator vessel (40) includes a positive electrode housing (60) having a cathode body (61), and a negative electrode panel assembly (50) having anode bodies (51) that are inserted into the positive electrode housing (60), the negative electrode panel assembly (50) including an inner lid (70) having a handle, and a plurality of negative electrode panels (53) having the cathode bodies (51), the negative electrode panels (53) being detachably mounted to the inner lid (70).
