HTS-SQUIDを用いた計測システム HTS-SQUID’s systems

高温超伝導体を用いた超伝導量子干渉素子(High-Tc superconducting quantum interference device, HTS-SQUID)は,高感度な磁気センサの1つです。我々のグループはHTS-SQUIDを用いた卓上型の高感度・高性能磁気計測システムの開発と社会応用の研究を行っています。
 テーマ
  磁気ナノ粒子を用いた高感度磁気免疫検査法
  高感度磁気計測システムを用いた太陽電池の評価

 High-Tc superconducting quantum interference device (HTS-SQUID's) are one of the high sensitive magnetic sensors. In our group, a novel compact measurement system has been proposed and developed using HTS-SQUIDs.
 Theme
  Highly sensitive magnetic immunoassay using magnetic nano-particles
  Evaluation of solar cell using highly sensitive measurement system using HTS-SQUID

 

 磁気による非破壊検査 Non-destructive testing

各種磁気センサを用いた高感度磁気的非破壊検査法の開発と社会インフラや鋼材の評価への応用に関する研究を行っています。
 テーマ
  磁気センサを用いた鋼構造物内部や裏側に生じた腐食や傷の非破壊検査システムの開発
  磁気を用いた鋼板硬度検査手法の開発

Ultrasensitive non-desturictive testing system using magnetic sensors has been developed for infrastructures.
 Theme
  Development of new magnetic inspection system and NDT of corrosion and cracking within and behind steel structures
  Hardness evaluation of steel material using magnetic measurement

 

 ガスセンサ Gas sensor

燃料電池自動車や水素ステーションなどで使用可能な高性能水素センサの開発を行っています。
 テーマ
  白金超薄膜を用いた水素ガスセンサ

 A hydrogen gas sensors for practical use have been developed.
 Theme
  Hydrogen gas sensors using ultra thin film of platinum

 

 テラヘルツ計測システム Terahertz systems

Summary: A terahertz chemical microscope (TCM) has been proposed and developed. The TCM enables us to visualize the distributions of various chemical reactions of expecially bio-related materials in the solutions.We also have developed the terahertz time-domain spectrosopcy systems with fast-scanning delay lines for non-destructive evaluation of polymer films.
 Theme
  Terahertz chemical microscopy for bio-materials
  Terahertz analysis of fuel cells
  Time-domain Terahertz spectroscopy with a fast delay scanner

 

 保有設備 Equipment in our lab.