Add to ORKGThis paper describes the work related to characterisation of an ultrasonic transducer fabricated in the laboratory. The response of the medium to the ultrasonic wave was obtained by converting the time domain signal to frequency domain, using the FFT algorithm. Cross-correlation technique was adopted to increase the S/N ratio in the raw time domain signal and subsequently, to determine the ultrasonic velocity in the medium
Ultrasonic systems are starting to find application in industrial process control systems. Such syst...
A signal processing algorithm for a pulsed type ultrasonic anemometer is described. The measurement...
A signal processing algorithm for a pulsed type ultrasonic anemometer is described. The measurement...
This paper describes the work related to characterisation of an ultrasonic transducer fabricated in ...
Ultrasonic velocity and/or attenuation measurement is a versatile tool for nondestructive characteri...
In the field of non-destructive evaluation of materials, conventional ultrasonic measurement techniq...
In the field of non-destructive evaluation of materials, conventional ultrasonic measurement techniq...
In the field of non-destructive evaluation of materials, conventional ultrasonic measurement techniq...
Signal processing involves techniques that improve our understanding of information contained in rec...
Digital processing of acoustic signals introduces pulses to measurement of impedances and transfer f...
Digital processing of acoustic signals introduces pulses to measurement of impedances and transfer f...
Signal processing involves techniques that improve our understanding of information contained in rec...
Ultrasonic transducer is used to generate and receive ultrasonic wave. As an important part of the u...
Ultrasonic systems are starting to find application in industrial process control systems. Such syst...
Ultrasonic systems are starting to find application in industrial process control systems. Such syst...
Ultrasonic systems are starting to find application in industrial process control systems. Such syst...
A signal processing algorithm for a pulsed type ultrasonic anemometer is described. The measurement...
A signal processing algorithm for a pulsed type ultrasonic anemometer is described. The measurement...
This paper describes the work related to characterisation of an ultrasonic transducer fabricated in ...
Ultrasonic velocity and/or attenuation measurement is a versatile tool for nondestructive characteri...
In the field of non-destructive evaluation of materials, conventional ultrasonic measurement techniq...
In the field of non-destructive evaluation of materials, conventional ultrasonic measurement techniq...
In the field of non-destructive evaluation of materials, conventional ultrasonic measurement techniq...
Signal processing involves techniques that improve our understanding of information contained in rec...
Digital processing of acoustic signals introduces pulses to measurement of impedances and transfer f...
Digital processing of acoustic signals introduces pulses to measurement of impedances and transfer f...
Signal processing involves techniques that improve our understanding of information contained in rec...
Ultrasonic transducer is used to generate and receive ultrasonic wave. As an important part of the u...
Ultrasonic systems are starting to find application in industrial process control systems. Such syst...
Ultrasonic systems are starting to find application in industrial process control systems. Such syst...
Ultrasonic systems are starting to find application in industrial process control systems. Such syst...
A signal processing algorithm for a pulsed type ultrasonic anemometer is described. The measurement...
A signal processing algorithm for a pulsed type ultrasonic anemometer is described. The measurement...