Mitsubishi Electric Corporation

Sumitomo Electric Industries, Limited

The Furukawa Electric Co., Ltd.

International Superconductivity Technology Center

Shigenobu Asada

Teruo Izumi

Toshihiko Maeda

Yuh Shiohara

Katsuya Hasegawa

Toru Izumi

A measurement device includes: a sensor that acquires image information by imaging an object targeted for addition of materials or cutting; a measurement unit that acquires measurement data by measuring the shape of the object on the basis of the image information, the measurement data representing a shape of the object; a missing region detecting unit that detects a missing region of the object; a measurement data complementing unit that acquires re-measurement data by re-measuring the shape of the object on the basis of the image information which the sensor has acquired by re-imaging, and complements the measurement data with the re-measurement data; and a machining region specifying unit that specifies a machining region for the addition or the cutting, on the basis of the complemented measurement data and a model of a finished product obtained by the addition or the cutting.

Measurement device, additive manufacturing system, and cutting machining system

A metal substrate for an oxide superconducting wire, which comprises a polycrystalline metal substrate with a rolled aggregate structure having a {100} plane which is parallel to the rolled surface and a &#x3c;001&#x3e; axis which is parallel to the rolling direction, and an oxide crystal layer comprising an oxide of the polycrystalline metal and formed on a surface of the polycrystalline metal substrate, wherein at least 90% of grain boundaries in the oxide crystal layer have an inclination of 10&#xb0; or less, and at least 90% of the {100} plane of the oxide crystal layer make an angle of 10&#xb0; or less with the surface of the polycrystalline metal substrate.

Method of manufacturing a metal substrate for an oxide superconducting wire

Growing community of inventors

Tokyo, Japan

Shigenobu Asada