The extensive investigation following the Space Shuttle Orbiter Columbia accident of February 1, 2003 determined that hot gases entered the wing through a breach in the protective reinforced carbon/carbon (RCC) leading edge. In the current study, the exposed edges of the recovered RCC from the vicinity of the breach are examined with scanning electron microscopy and Raman spectroscopy. Electron microscopy of the exposed edges revealed regions of pointed carbon fibers, characteristic of exposure to high temperature oxidizing gases. The Raman technique relates the observed 1350 and 1580 to 1600 cm(-1) bands to graphitic dom ains and their corresponding temperatures of formation. Some of the regions showed evidence of exposure temperatures bey...
The wing leading edge and nose cone of the space shuttle are fabricated from a reinforced carbon/car...
Since the end of the space shuttle program, a new generation spacecraft has been developed to transp...
Atomic oxygen readily reacts with most spacecraft polymer materials exposed to the low Earth orbital...
Initial estimates on the temperature and conditions of the breach in the Space Shuttle Columbia's wi...
Initial estimates on the temperature and conditions of the breach in Columbia's wing focused on anal...
Materials analyses of key forensic evidence helped unlock the mystery of the loss of space shuttle C...
The Space Shuttle Columbia accident investigation was a fusion of many disciplines into a single eff...
Conclusions: The hot gases, having flooded the wing interior, quickly heated the upper and lower win...
On February 1, 2003, the Space Shuttle Columbia broke apart during reentry resulting in loss of 7 cr...
Nondestructive testing (NDT) played a crucial role in determining the Columbia tragedy's cause. Over...
Analyzing the remains of Space Shuttle Columbia has proven technically beneficial years after the ve...
The wing leading edge and nose cone of the Space Shuttle are fabricated from a reinforced carbon/car...
Since the Space Shuttle Columbia accident, NASA has focused on improving advanced nondestructive eva...
Reinforced carbon/carbon (RCC) is a critical material for the space shuttle orbiter. It is used on t...
After every Shuttle mission, the Solid Rocket Boosters (SRBs) are recovered and observed for missing...
The wing leading edge and nose cone of the space shuttle are fabricated from a reinforced carbon/car...
Since the end of the space shuttle program, a new generation spacecraft has been developed to transp...
Atomic oxygen readily reacts with most spacecraft polymer materials exposed to the low Earth orbital...
Initial estimates on the temperature and conditions of the breach in the Space Shuttle Columbia's wi...
Initial estimates on the temperature and conditions of the breach in Columbia's wing focused on anal...
Materials analyses of key forensic evidence helped unlock the mystery of the loss of space shuttle C...
The Space Shuttle Columbia accident investigation was a fusion of many disciplines into a single eff...
Conclusions: The hot gases, having flooded the wing interior, quickly heated the upper and lower win...
On February 1, 2003, the Space Shuttle Columbia broke apart during reentry resulting in loss of 7 cr...
Nondestructive testing (NDT) played a crucial role in determining the Columbia tragedy's cause. Over...
Analyzing the remains of Space Shuttle Columbia has proven technically beneficial years after the ve...
The wing leading edge and nose cone of the Space Shuttle are fabricated from a reinforced carbon/car...
Since the Space Shuttle Columbia accident, NASA has focused on improving advanced nondestructive eva...
Reinforced carbon/carbon (RCC) is a critical material for the space shuttle orbiter. It is used on t...
After every Shuttle mission, the Solid Rocket Boosters (SRBs) are recovered and observed for missing...
The wing leading edge and nose cone of the space shuttle are fabricated from a reinforced carbon/car...
Since the end of the space shuttle program, a new generation spacecraft has been developed to transp...
Atomic oxygen readily reacts with most spacecraft polymer materials exposed to the low Earth orbital...