AbstractThe produce of pneumatic sound source of the leak and the gas leak detection technology based on acoustic sensor array are studied. The detection distance and direction of array are verified by the experiments. In the leak, the sound power of the gas jet is related to the diameter and length of the leak. When the measuring distance is constant, the average error of the experiment is relative to angle between leak and sensor array. When the relative angle is constant, with the increase of the distance, orientation error increases slightly, but is less than ±5°
Micrometeorite hits can create air leaks in manned spacecraft. Leak-generated-guided ultrasonic wave...
Micrometeoroid and orbital debris (MMODs) are becoming a major threat to spacecraft and habitats in ...
Leak localization is of great importance for pressurized vessels for reasons of safety and maintenan...
AbstractThe produce of pneumatic sound source of the leak and the gas leak detection technology base...
Based on the acoustics cascade sound theory, the mechanism of air leak sound producing, transmitting...
With the increasing of human space activities, the number of space debris has increased dramatically...
This paper proposes a time-space domain correlation-based method for gas leakage detection and locat...
We have developed an ultrasonic array sensor useable for locating air leaks in manned spacecraft and...
Acoustical signal radiation measurement methods may be used for detection of leaks in the compressed...
We have developed and tested in the laboratory a method for in-orbit detection and location of air l...
Ultrasonic gas leak location technology is based on the detection of ultrasonic waves generated by t...
We demonstrate an array sensor method intended to locate leaks in manned spacecraft using leak‐gener...
This paper proposes a continuous leakage location method based on the ultrasonic array sensor, which...
The topology of the acoustic emission sensor array has an important effect on the performance of the...
Micrometeorite induced air leaks pose a substantial danger to manned spacecraft. An algorithm for id...
Micrometeorite hits can create air leaks in manned spacecraft. Leak-generated-guided ultrasonic wave...
Micrometeoroid and orbital debris (MMODs) are becoming a major threat to spacecraft and habitats in ...
Leak localization is of great importance for pressurized vessels for reasons of safety and maintenan...
AbstractThe produce of pneumatic sound source of the leak and the gas leak detection technology base...
Based on the acoustics cascade sound theory, the mechanism of air leak sound producing, transmitting...
With the increasing of human space activities, the number of space debris has increased dramatically...
This paper proposes a time-space domain correlation-based method for gas leakage detection and locat...
We have developed an ultrasonic array sensor useable for locating air leaks in manned spacecraft and...
Acoustical signal radiation measurement methods may be used for detection of leaks in the compressed...
We have developed and tested in the laboratory a method for in-orbit detection and location of air l...
Ultrasonic gas leak location technology is based on the detection of ultrasonic waves generated by t...
We demonstrate an array sensor method intended to locate leaks in manned spacecraft using leak‐gener...
This paper proposes a continuous leakage location method based on the ultrasonic array sensor, which...
The topology of the acoustic emission sensor array has an important effect on the performance of the...
Micrometeorite induced air leaks pose a substantial danger to manned spacecraft. An algorithm for id...
Micrometeorite hits can create air leaks in manned spacecraft. Leak-generated-guided ultrasonic wave...
Micrometeoroid and orbital debris (MMODs) are becoming a major threat to spacecraft and habitats in ...
Leak localization is of great importance for pressurized vessels for reasons of safety and maintenan...