Add to ORKGUsing reconfigurable and adaptable networks of micro/nanosatellites to support cost-effective space missions is a popular new direction in the space community. Since the overall resources of micro/nanosatellites are more restricted than those of a single iarge satellite, the micropropulsion system needs to be lightweight, low-cost, and practical. This paper describes the collaboration between the Arizona State University Student Satellite Lab and the Air Force Research Laboratory Propulsion Directorate to flight test a micropropulsion system on a nanosatellite. ASUSat2. The motivation behind this conjuncture is to employ university satellites as an inexpensive testbed for unconventional new technologies. This paper first provides background...
The paper summarises on-going research into tow-cost propulsion system options for small satellite m...
A new way to perform space missions utilizes the concept of clusters of satellites that cooperate to...
In the last fifteen years, small satellites have opened a window through which the aerospace industr...
Using reconfigurable and adaptable networks of micro/nanosatellites to support cost-effective space ...
The goal of the research program is to develop a prototype of a satellite constellation consisting o...
On January 27, 2000 (UTC) ASUSat1 was launched into space onboard Orbital Sciences’ Minotaur rocket....
In October 1993, the students at Arizona State University (ASU) were challenged by Orbital Sciences ...
Since their inception two decades ago, CubeSats have become dominant in the small satellite market, ...
Silicon micromachining is an attractive technique for batch production of a wide class of miniaturiz...
This paper describes the results of several orbital experiments of a proprietary micropropulsion sys...
Recent nanosatellite programs and studies of nanosatellites for operational missions have highlighte...
The requirements for micropropulsion systems on nano and micro satellites have been analyzed and a d...
On January 27, 2000 (UTC) ASUSat1 was launched into space onboard Orbital Sciences ’ Minotaur rocket...
Abstract. An initiative has been undertaken at the University of Colorado at Colorado Springs (CU-Co...
One new way to perform missions from space is the concept of clusters of microsatellites that operat...
The paper summarises on-going research into tow-cost propulsion system options for small satellite m...
A new way to perform space missions utilizes the concept of clusters of satellites that cooperate to...
In the last fifteen years, small satellites have opened a window through which the aerospace industr...
Using reconfigurable and adaptable networks of micro/nanosatellites to support cost-effective space ...
The goal of the research program is to develop a prototype of a satellite constellation consisting o...
On January 27, 2000 (UTC) ASUSat1 was launched into space onboard Orbital Sciences’ Minotaur rocket....
In October 1993, the students at Arizona State University (ASU) were challenged by Orbital Sciences ...
Since their inception two decades ago, CubeSats have become dominant in the small satellite market, ...
Silicon micromachining is an attractive technique for batch production of a wide class of miniaturiz...
This paper describes the results of several orbital experiments of a proprietary micropropulsion sys...
Recent nanosatellite programs and studies of nanosatellites for operational missions have highlighte...
The requirements for micropropulsion systems on nano and micro satellites have been analyzed and a d...
On January 27, 2000 (UTC) ASUSat1 was launched into space onboard Orbital Sciences ’ Minotaur rocket...
Abstract. An initiative has been undertaken at the University of Colorado at Colorado Springs (CU-Co...
One new way to perform missions from space is the concept of clusters of microsatellites that operat...
The paper summarises on-going research into tow-cost propulsion system options for small satellite m...
A new way to perform space missions utilizes the concept of clusters of satellites that cooperate to...
In the last fifteen years, small satellites have opened a window through which the aerospace industr...