The Advanced Propulsion Experiment mission in development by the Missouri University of Science and Technology\u27s satellite research team (M-SAT) is a technology demonstration mission of a multi-mode propulsion system. The true test of any satellite propulsion system is the on-orbit performance. The purpose of this research is to develop methods for quantifying the on-orbit performance of the multi-mode propulsion system. This performance can be determined by observing the small variations in the orbital element parameters and using a differential corrector with the Gauss Variation of Parameter equations. Furthermore, this research could be used to determine and quantify a propulsion system\u27s performance on-orbit without a priori knowl...
With the advent of smaller satellites, along with the need for less than 0.1 μN precision attitude c...
Recently, both DoD and NASA have demonstrated increased interest in the development of close proximi...
This thesis will focus on the performance of angles only initial orbit determi- nation (IOD) methods...
The Advanced Propulsion Experiment mission in development by the Missouri University of Science and ...
CubeSats and small satellites have become popular methods of performing space research. Accordingly,...
Small satellite missions open the space environment to a wide range of diverse missions. NASA has in...
textAn autonomous mission manager is being developed for use on CubeSats to perform proximity operat...
Currently, there are only limited ways to increase mission success of CubeSats in terms of component...
Small satellites, such as CubeSats and SmallSats, are seeing increased use in Low Earth Orbit, parti...
Impulsive thrusters on small satellites, such as CubeSats, are typically used for attitude control. ...
Analysis was done to determine fuel optimal translunar trajectories from Earth geostationary transfe...
Placing a CubeSat in Very Low Earth Orbits can prove to be considerably beneficial for satel-lite im...
This paper describes the results of several orbital experiments of a proprietary micropropulsion sys...
Low Earth Orbit is becoming an inexpensive and readily available technology demonstration environmen...
Small CubeSat-class satellites are opening up new avenues for science and technology development wit...
With the advent of smaller satellites, along with the need for less than 0.1 μN precision attitude c...
Recently, both DoD and NASA have demonstrated increased interest in the development of close proximi...
This thesis will focus on the performance of angles only initial orbit determi- nation (IOD) methods...
The Advanced Propulsion Experiment mission in development by the Missouri University of Science and ...
CubeSats and small satellites have become popular methods of performing space research. Accordingly,...
Small satellite missions open the space environment to a wide range of diverse missions. NASA has in...
textAn autonomous mission manager is being developed for use on CubeSats to perform proximity operat...
Currently, there are only limited ways to increase mission success of CubeSats in terms of component...
Small satellites, such as CubeSats and SmallSats, are seeing increased use in Low Earth Orbit, parti...
Impulsive thrusters on small satellites, such as CubeSats, are typically used for attitude control. ...
Analysis was done to determine fuel optimal translunar trajectories from Earth geostationary transfe...
Placing a CubeSat in Very Low Earth Orbits can prove to be considerably beneficial for satel-lite im...
This paper describes the results of several orbital experiments of a proprietary micropropulsion sys...
Low Earth Orbit is becoming an inexpensive and readily available technology demonstration environmen...
Small CubeSat-class satellites are opening up new avenues for science and technology development wit...
With the advent of smaller satellites, along with the need for less than 0.1 μN precision attitude c...
Recently, both DoD and NASA have demonstrated increased interest in the development of close proximi...
This thesis will focus on the performance of angles only initial orbit determi- nation (IOD) methods...