In this paper, a measurement method for cross-sectional temperature distributions is considered. A novel method based on an acoustic computed tomography (CT) technique is proposed. Specifically, the temperature distributions are estimated using the time of flight (TOF) of multidirectional ultrasonic propagation paths. Maximum Likelihood Expectation Maximization (ML-EM) method and the Median Filter are introduced to reconstruct the temperature distributions in a square area properly. The effectiveness of the proposed reconstruction method is confirmed experimentally
Acoustic travel-time tomography (ATOM) determines the distribution of the temperature in a propagati...
A novel estimation of temperature changes inside soft tissues has been proposed in sub-ablation rang...
The online and accurate capture of dynamic changes in furnace temperature distribution is crucial fo...
Abstract: In this paper, a measurement method for cross-sectional temperature distributions is consi...
The paper describes a method for noncontact measurement of internal temperature distribution of an o...
A numerical simulation and experiments are carried out for a noncontact method to measure internal t...
Temperature, especially temperature distribution, is one of the most fundamental and vital parameter...
Accuracy and speed of algorithms play an important role in the reconstruction of temperature field m...
In order to effectively monitor the temperature field inside a building to prevent fire from happeni...
Acoustic travel-time TOMography (ATOM) allows the measurement and reconstruction of air temperature ...
The information of temperature field distribution is complex but quite important for theoretical stu...
The acquisition of the concentration and temperature distributions in a mixed gas system plays a cru...
Abstract: Several ocean phenomena, like internal waves or upwelling, give rise to spatial disturbanc...
Acoustic process tomography is a powerful tool for monitoring multiphase flow and combustion. Howeve...
Different ultrasound echoes properties have been used for the noninvasive temperature monitoring. Te...
Acoustic travel-time tomography (ATOM) determines the distribution of the temperature in a propagati...
A novel estimation of temperature changes inside soft tissues has been proposed in sub-ablation rang...
The online and accurate capture of dynamic changes in furnace temperature distribution is crucial fo...
Abstract: In this paper, a measurement method for cross-sectional temperature distributions is consi...
The paper describes a method for noncontact measurement of internal temperature distribution of an o...
A numerical simulation and experiments are carried out for a noncontact method to measure internal t...
Temperature, especially temperature distribution, is one of the most fundamental and vital parameter...
Accuracy and speed of algorithms play an important role in the reconstruction of temperature field m...
In order to effectively monitor the temperature field inside a building to prevent fire from happeni...
Acoustic travel-time TOMography (ATOM) allows the measurement and reconstruction of air temperature ...
The information of temperature field distribution is complex but quite important for theoretical stu...
The acquisition of the concentration and temperature distributions in a mixed gas system plays a cru...
Abstract: Several ocean phenomena, like internal waves or upwelling, give rise to spatial disturbanc...
Acoustic process tomography is a powerful tool for monitoring multiphase flow and combustion. Howeve...
Different ultrasound echoes properties have been used for the noninvasive temperature monitoring. Te...
Acoustic travel-time tomography (ATOM) determines the distribution of the temperature in a propagati...
A novel estimation of temperature changes inside soft tissues has been proposed in sub-ablation rang...
The online and accurate capture of dynamic changes in furnace temperature distribution is crucial fo...