The Ionospheric Observation Nanosatellite Formation (ION-F) comprises three small spacecraft that will cooperate to make measurements of the ionosphere’s electron density and its effects on GPS signal propagation. A novel feature of the mission is the planned suite of formation flying experiments involving the three satellites. The uniqueness of these experiments is enhanced by the dissimilar nature of the sensors and actuators used by the three spacecraft, including micro-pulsed plasma thrusters, a hydroxylammonium nitrate (HAN) monopropellant thruster, and differential drag control. In this paper, we describe the ION-F mission, the designs of the three satellites, and the proposed suit
Several scientific missions exist that require hundreds to thousands of near-simultaneous measuremen...
Abstract. Enabling technologies for nanosatellite formations will be demonstrated under the Formatio...
Several scientific missions exist that require hundreds to thousands of near-simultaneous measuremen...
The Ionosphereic Observation Nanosat Formation (ION-F) is a constellation of three satellites being ...
objective is to measure the fundamental parameters of ionosphereic density irregularities that effec...
is part of the Ionospheric Observation Nanosatellite Formation (ION-F) which will perform ionospheri...
concept includes one 10 kg spacecraft that will fly in formation with two similar satellites being b...
The preliminary design for the UW Dawgstar nanosatellite is presented. The Dawgstar is a 13 kg satel...
This paper describes the approach taken by the ION-F student team in designing a common Command and ...
This document describes the approach taken by the Ionospheric Observation Nanosatellite Formation (I...
The Virginia Tech Ionospheric Scintillation Measurement Mission (VTISMM) is a small spacecraft desig...
This document describes the approach taken by the Ionospheric Observation Nanosatellite Formation (I...
Recently, with the escalating cost of large satellite missions, attention has turned to smaller sate...
Abstract. Utah State University, the University of Washington, and Virginia Tech are teamed to form ...
Several scientific missions exist that require hundreds to thousands of near-simultaneous measuremen...
Several scientific missions exist that require hundreds to thousands of near-simultaneous measuremen...
Abstract. Enabling technologies for nanosatellite formations will be demonstrated under the Formatio...
Several scientific missions exist that require hundreds to thousands of near-simultaneous measuremen...
The Ionosphereic Observation Nanosat Formation (ION-F) is a constellation of three satellites being ...
objective is to measure the fundamental parameters of ionosphereic density irregularities that effec...
is part of the Ionospheric Observation Nanosatellite Formation (ION-F) which will perform ionospheri...
concept includes one 10 kg spacecraft that will fly in formation with two similar satellites being b...
The preliminary design for the UW Dawgstar nanosatellite is presented. The Dawgstar is a 13 kg satel...
This paper describes the approach taken by the ION-F student team in designing a common Command and ...
This document describes the approach taken by the Ionospheric Observation Nanosatellite Formation (I...
The Virginia Tech Ionospheric Scintillation Measurement Mission (VTISMM) is a small spacecraft desig...
This document describes the approach taken by the Ionospheric Observation Nanosatellite Formation (I...
Recently, with the escalating cost of large satellite missions, attention has turned to smaller sate...
Abstract. Utah State University, the University of Washington, and Virginia Tech are teamed to form ...
Several scientific missions exist that require hundreds to thousands of near-simultaneous measuremen...
Several scientific missions exist that require hundreds to thousands of near-simultaneous measuremen...
Abstract. Enabling technologies for nanosatellite formations will be demonstrated under the Formatio...
Several scientific missions exist that require hundreds to thousands of near-simultaneous measuremen...