Leaks on the space shuttle while on the launch pad have generated interest in hydrogen leak monitoring technology. Microfabricated hydrogen sensors are being fabricated at Case Western Reserve University (CWRU) and tested at NASA Lewis Research Center (LeRC). These sensors have been integrated into hardware and software designed by Aerojet. This complete system allows for multipoint leak monitoring designed to provide leak source and magnitude information in real time. The monitoring system processes data from the hydrogen sensors and presents the operator with a visual indication of the leak location and magnitude. Although the leak monitoring system was designed for hydrogen propulsion systems, the possible applications of this monitoring...
An ultrasonic contact sensor engineering prototype leak detection system was developed and its capab...
This study focuses on a helium gas jet flowing into room air. Measurements of helium concentration a...
Future in-space and lunar operations will require significantly improved monitoring and Integrated S...
Leaks on the Space Shuttle while on the Launch Pad have generated interest in hydrogen leak monitori...
The Gencorp Aerojet Automated Hydrogen Gas Leak Detection System was developed through the cooperati...
Hydrogen propellant leakage poses significant operational problems in the rocket propulsion industry...
GenCorp Aerojet Industrial Products, Lewis Research Center, Marshall Space Flight Center, and Case W...
During the Space Shuttle Program, one of the most hazardous operation that occurred was the loading ...
Kennedy Space Center scientists developed a hydrogen leak sensor utilizing a combination of chemochr...
NASA, military, and commercial satellite users need launch services that are highly reliable, less c...
System utilizing new type hydrogen sensor has overall detection sensitivity and response speed highe...
Leak monitoring is an essential operation that must be taken into consideration while making the des...
Microelectromechanical-systems- (MEMS-) based hydrogen sensor technology developed by the NASA Glenn...
Sniffer type portable monitor detects hydrogen in air, oxygen, nitrogen, or helium. It indicates the...
Both of the shuttle pads have one of these large liquid hydrogen tanks and the Shuttle program is cu...
An ultrasonic contact sensor engineering prototype leak detection system was developed and its capab...
This study focuses on a helium gas jet flowing into room air. Measurements of helium concentration a...
Future in-space and lunar operations will require significantly improved monitoring and Integrated S...
Leaks on the Space Shuttle while on the Launch Pad have generated interest in hydrogen leak monitori...
The Gencorp Aerojet Automated Hydrogen Gas Leak Detection System was developed through the cooperati...
Hydrogen propellant leakage poses significant operational problems in the rocket propulsion industry...
GenCorp Aerojet Industrial Products, Lewis Research Center, Marshall Space Flight Center, and Case W...
During the Space Shuttle Program, one of the most hazardous operation that occurred was the loading ...
Kennedy Space Center scientists developed a hydrogen leak sensor utilizing a combination of chemochr...
NASA, military, and commercial satellite users need launch services that are highly reliable, less c...
System utilizing new type hydrogen sensor has overall detection sensitivity and response speed highe...
Leak monitoring is an essential operation that must be taken into consideration while making the des...
Microelectromechanical-systems- (MEMS-) based hydrogen sensor technology developed by the NASA Glenn...
Sniffer type portable monitor detects hydrogen in air, oxygen, nitrogen, or helium. It indicates the...
Both of the shuttle pads have one of these large liquid hydrogen tanks and the Shuttle program is cu...
An ultrasonic contact sensor engineering prototype leak detection system was developed and its capab...
This study focuses on a helium gas jet flowing into room air. Measurements of helium concentration a...
Future in-space and lunar operations will require significantly improved monitoring and Integrated S...