The Inter-Agency Debris Committee recommendation for the reorbiting of geostationary satellites at the end of life involves an altitude increase of no more than 300km for most operational satellites. Although this reduces the collision probability in the geostationary ring itself, it does not remove the possibility of fragmentation debris produced in the reorbital region from passing into the geostationary ring. Unless the satellites are reorbited to a higher altitude than the current recommendations, the debris problem will continue to escalate to an unmanageable level. Due to mass and fuel budgets there are a limited number of available propulsive options, which can achieve the necessary reorbit. The research focus selected has been solar...
Orbital debris is a serious concern for the NASA, DARPA, Air Force organizations and the commercial ...
For the investigation of the Earth's magnetosphere and the interplanetary space outside of it, satel...
Historical practice of abandoning satellites at the end of their lifetime has left 8,500 tonnes of s...
The Inter-Agency Debris Committee recommendation for the reorbiting of geostationary satellites at t...
This report focusses on four specific topics within the overarching theme of upper stage Geostationa...
The orbits at geosynchronous altitude provide a valuable natural resource for the human kind. In the...
Objects ingeostationary transfer orbit (GTO) can collide with operative satellites in lowEarth orbit...
The geosynchronous orbit (GEO) is a unique commodity of the satellite industry that is becoming incr...
This paper provides a realistic approach to remove end of life geostationary satellites and GEO orbi...
[1] Historically, computer simulations of the near‐Earth space debris environment have provided a ba...
Long-term projections of the space debris environment indicate that even drastic measures, such as a...
The population of satellites in Low Earth Orbit is predicted to growth exponentially in the next dec...
Large constellations of satellites in Low Earth Orbit (LEO) may adversely impact the sustainable use...
The concentration of spacecraft residual parts in Low Earth Orbits, known as Space Debris is of the ...
The space surrounding our planet is densely populated by an increasing quantity of man-made space de...
Orbital debris is a serious concern for the NASA, DARPA, Air Force organizations and the commercial ...
For the investigation of the Earth's magnetosphere and the interplanetary space outside of it, satel...
Historical practice of abandoning satellites at the end of their lifetime has left 8,500 tonnes of s...
The Inter-Agency Debris Committee recommendation for the reorbiting of geostationary satellites at t...
This report focusses on four specific topics within the overarching theme of upper stage Geostationa...
The orbits at geosynchronous altitude provide a valuable natural resource for the human kind. In the...
Objects ingeostationary transfer orbit (GTO) can collide with operative satellites in lowEarth orbit...
The geosynchronous orbit (GEO) is a unique commodity of the satellite industry that is becoming incr...
This paper provides a realistic approach to remove end of life geostationary satellites and GEO orbi...
[1] Historically, computer simulations of the near‐Earth space debris environment have provided a ba...
Long-term projections of the space debris environment indicate that even drastic measures, such as a...
The population of satellites in Low Earth Orbit is predicted to growth exponentially in the next dec...
Large constellations of satellites in Low Earth Orbit (LEO) may adversely impact the sustainable use...
The concentration of spacecraft residual parts in Low Earth Orbits, known as Space Debris is of the ...
The space surrounding our planet is densely populated by an increasing quantity of man-made space de...
Orbital debris is a serious concern for the NASA, DARPA, Air Force organizations and the commercial ...
For the investigation of the Earth's magnetosphere and the interplanetary space outside of it, satel...
Historical practice of abandoning satellites at the end of their lifetime has left 8,500 tonnes of s...