Add to ORKGThe purpose of the DebriSat project is to replicate a hyper-velocity fragmentation event using modern-day spacecraft materials and construction techniques to better improve the existing DoDand NASA breakup models
Rocket bodies comprise a class of human-made space debris that are at the same time essential for la...
What is currently known about the orbital debris flux is from a combination of ground based and in-s...
AbstractTime-resolved spectroscopic measurements were made on the intense plasma flash that accompan...
To replicate a hyper-velocity fragmentation event using modern-day spacecraft materials and construc...
Existing DoD and NASA satellite breakup models are based on a key laboratory-based test, Satellite O...
Existing DOD and NASA satellite breakup models are based on a key laboratory test, Satellite Orbital...
The DebriSat project is an effort by NASA and the DoD to update the standard break-up model for obje...
The space environment presents many hazards for satellites and spacecraft. One of the major hazards ...
The DebriSat project is a continuing effort sponsored by NASA and DoD to update existing break-up mo...
The DebriSat project is a continuing effort sponsored by NASA and DoD to update existing break-up mo...
The Space Kinetic Impact and Debris Branch began an ambitious program to construct a fully analytica...
The debris fragments generated by DebriSat's hypervelocity impact test are currently being processed...
This paper explores the differences between, and shares the lessons learned from, two hypervelocity ...
The debris problem has reached a stage at which the risk to satellites and spacecraft has become sub...
Orbital debris is a form of pollution that is growing at an exponential pace and puts current and fu...
Rocket bodies comprise a class of human-made space debris that are at the same time essential for la...
What is currently known about the orbital debris flux is from a combination of ground based and in-s...
AbstractTime-resolved spectroscopic measurements were made on the intense plasma flash that accompan...
To replicate a hyper-velocity fragmentation event using modern-day spacecraft materials and construc...
Existing DoD and NASA satellite breakup models are based on a key laboratory-based test, Satellite O...
Existing DOD and NASA satellite breakup models are based on a key laboratory test, Satellite Orbital...
The DebriSat project is an effort by NASA and the DoD to update the standard break-up model for obje...
The space environment presents many hazards for satellites and spacecraft. One of the major hazards ...
The DebriSat project is a continuing effort sponsored by NASA and DoD to update existing break-up mo...
The DebriSat project is a continuing effort sponsored by NASA and DoD to update existing break-up mo...
The Space Kinetic Impact and Debris Branch began an ambitious program to construct a fully analytica...
The debris fragments generated by DebriSat's hypervelocity impact test are currently being processed...
This paper explores the differences between, and shares the lessons learned from, two hypervelocity ...
The debris problem has reached a stage at which the risk to satellites and spacecraft has become sub...
Orbital debris is a form of pollution that is growing at an exponential pace and puts current and fu...
Rocket bodies comprise a class of human-made space debris that are at the same time essential for la...
What is currently known about the orbital debris flux is from a combination of ground based and in-s...
AbstractTime-resolved spectroscopic measurements were made on the intense plasma flash that accompan...