Add to ORKGThis paper presents modelling of non-invasive Ultrasonic Tomography via transmission-mode method for imaging liquid and gas flow. Transmission-mode approach has been used for sensing the liquid/gas two-phase flow, which is a kind of strongly inhomogeneous medium. The concept of observation time and the imaging technique for two-phase flow using fan-shaped beam scanning geometry were presented
This paper presents the initial study on ultrasonic tomography for multiphase flow application to in...
The exact measurement of multiphase flow is an important and essential task in the oil and petrochem...
In this paper, 16-pairs of ultrasonic sensors have been used. The system is capable of visualising t...
The work reported in this paper demonstrates image reconstruction techniques applied to an experimen...
This paper presents the non-invasive ultrasonic tomography system for imaging liquid and gas flow. T...
This paper presents an application of ultrasonic tomography where the main objective is to identify...
This project is to develop a suitable ultrasonic tomography system that can identify water and solid...
This paper studies the solution for inverse and forward problems for an ultrasonic tomography. Trans...
The purpose of this project is to develop a suitable ultrasonic tomography system that can identify ...
This paper describes the development of ultrasonic computerized tomography for identifying the liqui...
This research was carried out to measure two-phase liquid – gas flow regime by using a dual function...
Ultrasound technology progressed through the 1960’s from simple A-mode and B-mode scans to today’s M...
This paper describes the hardware development of the ultrasonic tomography via transmission-mode met...
This paper details the development of suitable ultrasonic tomography system that can id...
Despite decades of research, the study into the application of ultrasonic sensors in process tomogra...
This paper presents the initial study on ultrasonic tomography for multiphase flow application to in...
The exact measurement of multiphase flow is an important and essential task in the oil and petrochem...
In this paper, 16-pairs of ultrasonic sensors have been used. The system is capable of visualising t...
The work reported in this paper demonstrates image reconstruction techniques applied to an experimen...
This paper presents the non-invasive ultrasonic tomography system for imaging liquid and gas flow. T...
This paper presents an application of ultrasonic tomography where the main objective is to identify...
This project is to develop a suitable ultrasonic tomography system that can identify water and solid...
This paper studies the solution for inverse and forward problems for an ultrasonic tomography. Trans...
The purpose of this project is to develop a suitable ultrasonic tomography system that can identify ...
This paper describes the development of ultrasonic computerized tomography for identifying the liqui...
This research was carried out to measure two-phase liquid – gas flow regime by using a dual function...
Ultrasound technology progressed through the 1960’s from simple A-mode and B-mode scans to today’s M...
This paper describes the hardware development of the ultrasonic tomography via transmission-mode met...
This paper details the development of suitable ultrasonic tomography system that can id...
Despite decades of research, the study into the application of ultrasonic sensors in process tomogra...
This paper presents the initial study on ultrasonic tomography for multiphase flow application to in...
The exact measurement of multiphase flow is an important and essential task in the oil and petrochem...
In this paper, 16-pairs of ultrasonic sensors have been used. The system is capable of visualising t...