Inventor

TAKESHITA TAKUO

JP32 patents

⚠️ This page may combine multiple inventors who share the name “TAKESHITA TAKUO”. Patents are grouped by organization below to help distinguish them — per-person disambiguation is on the roadmap.

TAKESHITA TAKUO

MITSUBISHI MATERIALS CORP

Method for manufacturing an oxide superconducting tape

Rare earth permanent magnet power, method for producing same and bonded magnet

Rare earth-iron-boron magnet powder and process of producing same

Sintered rare earth metal-boron-iron alloy magnets and a method for their production

Method of manufacturing magnetically anisotropic R-T-B-M powder material and method of manufacturing anisotropic magnets using said powder material

Method for producing rare earth alloy magnet powder

Anisotropic rare earth-Fe-B system and rare earth-Fe-Co-B system magnet

Rare earth element-Fe-B or rare earth element-Fe-Co-B permanent magnet powder excellent in magnetic anisotropy and corrosion resistivity and bonded magnet manufactured therefrom

Method for heat treating metallic materials and apparatus therefor

Amorphous material for regenerator

Apparatus for closed cycle hydrogenation recovery and rehydrogenation

Superconductive ceramic wire and method for making same

Magnetic recording powder having low curie temperature and high saturation magnetization

Process for fabricating superconducting ceramic materials by HIP treatment

Process for producing bi-ca-sr-cu-o, tl-ca-sr-cu-o and tl-ba-ca-cu-o superconducting ceramics

Solid resin-coated magnet powder and a method for producing an anisotropic bonded magnet therefrom

Heat reserving materials usuable at very low temperatures

Magnetic recording powder having a high coercive force at room temperatures and a low curie point

MITSUBISHI METAL CORP

Rare earth-iron-boron magnet powder and process of producing same

Rare earth permanent magnet powder, method for producing same and bonded magnet

Structure of superconductive wiring having SiAlON buffer layer thereunder

Single-crystal wafer having a superconductive ceramic thin film formed thereon

Method of manufacturing a powder of bi-based superconductive oxide containing lead and method of manufacturing a sintered body therefrom

Target used for formation of superconductive oxide film, process of producing thereof, and process of forming superconductive oxide film on substrate using the same

Structure of ceramic superconductive wiring and process of fabrication thereof

Process of forming superconductive wiring strip

Target member used for formation of superconducting film

Superconductive ceramic wire and method for making same

Superconductor containing internal stress absorber

Sputtering target used for forming quinary superconductive oxide

Method of making a sputtering target for a bismuth based superconductor

Method of manufacturing superconductive coil by explosive compaction