A New Ultrasonic Cell for Measurement near Melting Point of Metal
スポンサーリンク
概要
- 論文の詳細を見る
A new ultrasonic cell for measurements of ultrsaonic velocity and attenuation in a metal under both conditions of melting and solidifying processes has been designed. Ultrasonic pulse transmission method has been used in the present work. As an example, by using a new ultrasonic cell, sound velocity of Wood's alloy is measured at and around the melting temperature, and the results for the chance of sound velocity in the vicinity of the melting point are reported and discussed.
- 社団法人応用物理学会の論文
- 1983-03-20
著者
関連論文
- Behavior of Tin-Bismuth Alloys near Melting Point Found by Measurement of Sound Velocity
- Ultrasonic Behavior of Tin-Bismuth Alloys during Solidification Process
- Change of Acoustic Attenuation in Sodium during Melting and Solidification Processes
- Attenuation of Sound in Indium at Melting Point
- Study of Ultrasonic Behavior of Salol near Melting Point Using Interior Transducer-Type Cell : Physical Acoustics
- Elastic Variations of Paraffin Wax during Solid-Liquid Phase Transition
- Ultrasonic Behavior of Wood's Metal upon Melting and Solidification
- An Instrument for Ultrasonic Measurements of Small Specimens
- Temperature Variations of Elastic Moduli up to Eutectic Temperature in Tin-Bismuth Alloys
- Elastic Behaviour of Salol during Melting and Solidification Processes
- Ultrasonic Behavior of Salol during Melting and Solidification Processes : Physical Acoustics
- A New Ultrasonic Cell for Measurement near Melting Point of Metal
- Ultrasonic Behaviour of Paraffin Wax during Melting and Solidification Processes
- Effects of Ultrasonic Bonding Materials on Velocity and Attenuation of Sound in Red Lauan Wood
- Ultrasonic Behavior of Liquid Tin-Bismuth Alloys above Melting Point
- A Dual-Type Cell for Ultrasonic Measurements of Ceramics
- Jump in Sound Velocity between Solid and Liquid Phases at Melting Point in Pure Metals
- Change of Ultrasonic Wave Velocity in Indium near the Melting Point
- Behavior of Sodium near Melting Point Found by Measurement of Sound Velocity