Research was undertaken to design and fabricate a prototype flight weight ultrasonic contact sensor leak detection system and to perform the necessary testing to collect enough data to establish design parameters and develop necessary baseline operating characteristics. The prototype system consists of five channels and is capable for monitoring frequencies from 1 KHz to 110 KHz
Prototype propellant leakage detection system for space flight propulsion system
Micrometeoroid and orbital debris (MMODs) are becoming a major threat to spacecraft and habitats in ...
Discovery of leakage on several International Space Station U.S. LAB ammonia system quick disconnect...
An ultrasonic contact sensor engineering prototype leak detection system was developed and its capab...
Micrometeorite hits can create air leaks in manned spacecraft. Leak-generated-guided ultrasonic wave...
Solid state devices, radioactive isotopes, tracer gases, and acoustical methods for use in space veh...
Performance of ultrasonic leak detectors for cryogenics and gases, and testing of their applicabilit...
Leak detection technique improvement for space vehicles - development of halogen gradient detector u...
A leak detection and quantification demonstration using perflurocarbon tracer (PFT) technology was s...
Based on the acoustics cascade sound theory, the mechanism of air leak sound producing, transmitting...
Three leak (or precursor damage modes) detection and location concepts for space station overboard l...
A method for detection and location of air leaks in a pressure vessel, such as a spacecraft, include...
A compressed air test rig was designed to develop new procedures and improve the reliability of resu...
All manned spacecraft are vulnerable to leaks generated by micrometeorite or debris impacts. Methods...
Design and fabrication of halogen leak detector based on gradient sensing concep
Prototype propellant leakage detection system for space flight propulsion system
Micrometeoroid and orbital debris (MMODs) are becoming a major threat to spacecraft and habitats in ...
Discovery of leakage on several International Space Station U.S. LAB ammonia system quick disconnect...
An ultrasonic contact sensor engineering prototype leak detection system was developed and its capab...
Micrometeorite hits can create air leaks in manned spacecraft. Leak-generated-guided ultrasonic wave...
Solid state devices, radioactive isotopes, tracer gases, and acoustical methods for use in space veh...
Performance of ultrasonic leak detectors for cryogenics and gases, and testing of their applicabilit...
Leak detection technique improvement for space vehicles - development of halogen gradient detector u...
A leak detection and quantification demonstration using perflurocarbon tracer (PFT) technology was s...
Based on the acoustics cascade sound theory, the mechanism of air leak sound producing, transmitting...
Three leak (or precursor damage modes) detection and location concepts for space station overboard l...
A method for detection and location of air leaks in a pressure vessel, such as a spacecraft, include...
A compressed air test rig was designed to develop new procedures and improve the reliability of resu...
All manned spacecraft are vulnerable to leaks generated by micrometeorite or debris impacts. Methods...
Design and fabrication of halogen leak detector based on gradient sensing concep
Prototype propellant leakage detection system for space flight propulsion system
Micrometeoroid and orbital debris (MMODs) are becoming a major threat to spacecraft and habitats in ...
Discovery of leakage on several International Space Station U.S. LAB ammonia system quick disconnect...