This research studied the combustion products generated from the burning of metals in high-pressure oxygen. The work revealed the effects of oxygen pressure and gravity level on the products produced. The findings contribute to our understanding of how bulk metals burn, the morphology and size distribution of the products produced and is relevant to applications in terrestrial and space environments of fire safety, forensics, particle generation and fundamental combustion science
The combustion of 0.32-cm-diameter pure iron rods in gaseous oxygen under normal and reduced gravity...
The combustion of 0.32-cm-diameter pure iron rods in gaseous oxygen under normal and reduced gravity...
The combustion of 0.32-cm-diameter pure iron rods in gaseous oxygen under normal and reduced gravity...
This research studied the combustion products generated from the burning of metals in high-pressure ...
The burning of materials in reduced gravity has been shown to differ in many ways from burning react...
Use of high-pressure oxygen systems in space applications requires an understanding of how metals an...
Use of high-pressure oxygen systems in space applications requires an understanding of how metals an...
The combustion of metals is a field with important practical applications in rocket propellants, hig...
Use of high-pressure oxygen systems in space applications requires an understanding of how metals an...
The NASA White Sands Test Facility has completed an extensive test program aimed at evaluating the b...
The NASA White Sands Test Facility has completed an extensive test program aimed at evaluating the b...
The combustion of iron at high oxygen pressure in normal gravity and microgravity was investigated. ...
The combustion of iron at high oxygen pressure in normal gravity and microgravity was investigated. ...
Characterization of the combustion products released during the burning of commonly used engineering...
Characterization of the combustion products released during the burning of commonly used engineering...
The combustion of 0.32-cm-diameter pure iron rods in gaseous oxygen under normal and reduced gravity...
The combustion of 0.32-cm-diameter pure iron rods in gaseous oxygen under normal and reduced gravity...
The combustion of 0.32-cm-diameter pure iron rods in gaseous oxygen under normal and reduced gravity...
This research studied the combustion products generated from the burning of metals in high-pressure ...
The burning of materials in reduced gravity has been shown to differ in many ways from burning react...
Use of high-pressure oxygen systems in space applications requires an understanding of how metals an...
Use of high-pressure oxygen systems in space applications requires an understanding of how metals an...
The combustion of metals is a field with important practical applications in rocket propellants, hig...
Use of high-pressure oxygen systems in space applications requires an understanding of how metals an...
The NASA White Sands Test Facility has completed an extensive test program aimed at evaluating the b...
The NASA White Sands Test Facility has completed an extensive test program aimed at evaluating the b...
The combustion of iron at high oxygen pressure in normal gravity and microgravity was investigated. ...
The combustion of iron at high oxygen pressure in normal gravity and microgravity was investigated. ...
Characterization of the combustion products released during the burning of commonly used engineering...
Characterization of the combustion products released during the burning of commonly used engineering...
The combustion of 0.32-cm-diameter pure iron rods in gaseous oxygen under normal and reduced gravity...
The combustion of 0.32-cm-diameter pure iron rods in gaseous oxygen under normal and reduced gravity...
The combustion of 0.32-cm-diameter pure iron rods in gaseous oxygen under normal and reduced gravity...