Network


Latest external collaboration on country level. Dive into details by clicking on the dots.

Hotspot


Dive into the research topics where Nobuhiro Misumi is active.

Publication


Featured researches published by Nobuhiro Misumi.


Archive | 2001

Dry surface treating apparatus and dry surface treating method using the same apparatus

Takeshi Nishiuchi; Ikuo Shimamoto; Nobuhiro Misumi; Yoshimi Tochishita


Archive | 2004

Method for treating surfaces of rare earth metal-based permanent magnets

Yoshimi Tochishita; Kazuaki Okuno; Nobuhiro Misumi; Takeshi Nishiuchi


Archive | 2008

R-fe-b sintered magnet provided on its surface with vapor deposition coating of aluminum or its alloy and process for producing the same

Atsushi Kikugawa; Koshi Yoshimura; Yoshimi Tochishita; Masanao Kamachi; Nobuhiro Misumi


Archive | 2008

R-Fe-B based sintered magnet having on the surface thereof vapor deposited film of aluminum or alloy thereof, and method for producing the same

Atsushi Kikugawa; Koshi Yoshimura; Yoshimi Tochishita; Masanao Kamachi; Nobuhiro Misumi


Archive | 2010

Corrosion-resistant magnet and manufacturing method therefor

Atsushi Kikugawa; Koshi Yoshimura; Yoshimi Tochishita; Masanao Kamachi; Nobuhiro Misumi


Archive | 2002

Device and method for treating dry surface

Takeshi Nishiuchi; Ikuo Shimamoto; Nobuhiro Misumi


Archive | 2010

RUST PREVENTING METHOD FOR R-Fe-B PERMANENT MAGNET

masahide Fujiwara; Nobuhiro Misumi; Yoshimi Tochishita; Masayuki Yoshimura; 信弘 三角; 吉村 公志; 佳巳 栃下; 真秀 藤原


Archive | 2008

表面にアルミニウムまたはその合金の蒸着被膜を有するR-Fe-B系焼結磁石およびその製造方法

Atsushi Kikugawa; Koshi Yoshimura; Yoshimi Tochishita; Masanao Kamachi; Nobuhiro Misumi


Archive | 2001

Sandstrahlvorrichtung Sandblast device

Yoshimi Tochishita; Kazuaki Okuno; Nobuhiro Misumi; Takeshi Nishiuchi


Archive | 2001

Sandstrahlvorrichtung A sandblasting apparatus

Nobuhiro Misumi; Takeshi Nishiuchi; Kazuaki Okuno; Yoshimi Tochishita

Collaboration


Dive into the Nobuhiro Misumi's collaboration.

Researchain Logo
Decentralizing Knowledge