高温機器モニタリングを目指した高温用電磁超音波 プローブの開発と評価
英字タイトル:
Development and Evaluation of High Temperature EMAT Aiming at Monitoring of High Temperature Components
著者:
内一 哲哉 Tetsuya UCHIMOTO 高木 敏行 Toshiyuki TAKAGI 尾形 翔平 Shohei OGATA Gerd DOBMANN
発刊日:
公開日:
EMATHigh temperature monitoringPulsed electromagnetUltrasound velocity
Development and Evaluation of High Temperature EMAT Aiming at Monitoring of High Temperature Components
著者:
内一 哲哉 Tetsuya UCHIMOTO 高木 敏行 Toshiyuki TAKAGI 尾形 翔平 Shohei OGATA Gerd DOBMANN
発刊日:
公開日:
カテゴリ: 第12回
キーワードタグ:EMATHigh temperature monitoringPulsed electromagnetUltrasound velocity
概要
Abstract: An electromagnetic acoustic transducer (EMAT) design using an air-cored solenoid coil as a pulsed electromagnet is proposed for high-temperature non-contact monitoring, and prototype probe is evaluated through performance test in the range from room temperature to 700°C. The coil generates a biasing magnetic field that enables the device to overcome the Curie temperature limitations of conventional EMATs. Pulsed echo measurements of carbon steel are performed at high temperatures, and verify EMAT operation at higher temperatures.
