@article{oai:miyazaki-u.repo.nii.ac.jp:00003003,
 author = {一万田, 将史 and 坂田, 卓章 and Sakata, Takatoshi and 加藤, 栄士 and 松本, 慎吾 and Matsumoto, Shingo and 辻, 利則 and 大坪, 昌久 and Otsubo, Masahisa and 本田, 親久 and Honda, Chikahisa and 馬場, 誠一郎 and Baba, Seiichirou and 生田, 雅輝 and Ichimanda, Masashi and 坂田, 卓章 and Sakata, Takatoshi and Katou, Eiji and 松本, 慎吾 and Matsumoto, Shingo and Tsuji, Toshinori and 馬場, 誠一郎 and Baba, Seiichirou and Ikuta, Masateru},
 journal = {宮崎大学工学部紀要, Memoirs of Faculty of Engineering, University of Miyazaki},
 month = {Oct},
 note = {Abstract 
The partial discharge is the forerunner phenomenon of the dielectric breakdown, and the 
measurement of the partial discharge is one of the diagnosis techniques. However, a 
conventional electric measurement method is difficult to detect the partial discharge signal, 
because the partial discharge includes the external noise produced by the electromagnetic wave. 
The purpose is the development of an optical magnetic field sensor system using Faraday effect 
that can detect the partial discharge. The characteristics of the system have no influence on the 
external noise. We developed the sensor for high frequency pulse current measurement. The 
sensor can respond to current in 13.56MHz. In pulse current, comparison of sensitivity is done 
in three kinds of sensor. Consequently, it was found that the sensitivity was influenced from 
distance between conducting wire and optical axis, therefore it didn't rise in 22kV-distribution 
system wire till to mA order.},
 pages = {237--242},
 title = {高周波パルス電流計測用光磁界センサの開発},
 volume = {33},
 year = {2004},
 yomi = {イチマンダ, マサシ and サカタ, タカトシ and カトウ, エイジ and マツモト, シンゴ and ツジ, トシノリ and オオツボ, マサヒサ and ホンダ, チカヒサ and ババ, セイイチロウ and イクタ, マサテル and サカタ, タカトシ and マツモト, シンゴ and ババ, セイイチロウ}
}