#LPSC2023
#LPSC2023
Program with Links to Abstracts
Schedule Overview
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Poster Session: Planetary Mission Concepts
Wednesday, March 15, 2023, 6:30 PM
iPosters/Gather.town
Paul D.*
Srikanth M.
John L.
Karidhal R.
Manjusha
Long Eclipse Management for Chandrayaan-2 Orbiter
[#2101]
For lunar satellites, a total lunar eclipse is challenging as power is not available to charge the battery and freezing for a longer (4 times more) duration.
For lunar satellites, a total lunar eclipse is challenging as power is not available to charge the battery and freezing for a longer (4 times more) duration.
Srikanth M.*
Radhika K.
Ritu K.
Modelling and Estimation of Momentum Desaturations for Chandrayaan-2
[#2145]
spacecrafts orbiting in space experience disturbance forces acting on an spacecraft that create torques and demand the AMD and it affects the orbital aspects.
spacecrafts orbiting in space experience disturbance forces acting on an spacecraft that create torques and demand the AMD and it affects the orbital aspects.
Coleman N. M.*
Coleman F. A.
Coughenour C. L.
AI-Assisted Robotic Farming on Mars can Grow and Store Five Years of Food for a Science Base at Milankovic Crater
[#1035]
Milankovič Crater’s huge ice inventory and low elev. (–4 km) at lat 54°N is a prime site for a Mars base. Robotic farming can store years of food before humans land.
Milankovič Crater’s huge ice inventory and low elev. (–4 km) at lat 54°N is a prime site for a Mars base. Robotic farming can store years of food before humans land.
Rovera S.*
Foing B. H.
JANITOR: Active Debris Removal Satellite
[#1051]
Active debris removal concept mission to remove the non-cooperative satellite Envisat for Earth’s orbit. Preliminary design of the necessary subsystems.
Active debris removal concept mission to remove the non-cooperative satellite Envisat for Earth’s orbit. Preliminary design of the necessary subsystems.
Zhao S.*
Qian Y.
Xiao L.
Zhao J.
He Q.
et al.
A Concept Mission for Long-Distance Exploration in Science-Rich Lunar Mare Fecunditatis Region
[#2100]
The topography and geological features of Mare Fecunditatis are analyzed and a ~1400-km traverse is proposed for future long-distance exploration.
The topography and geological features of Mare Fecunditatis are analyzed and a ~1400-km traverse is proposed for future long-distance exploration.
Hook T. E.*
Girija A. P.
Saikia S. J.
Longuski J. M.
Cutts J. A.
et al.
JPL-Purdue Rapid Mission Design Pilot Study
[#1760]
The suite is an interactive, easy-to-use, web-based tool that performs a comprehensive exploration of the trade space and compares trajectory design options.
The suite is an interactive, easy-to-use, web-based tool that performs a comprehensive exploration of the trade space and compares trajectory design options.
Bonny R. F.*
Foing B. H.
Neptune Atmospheric Retrograde Orbiter — A Mission to Neptune and Its Moons
[#2288]
A mission concept is proposed to study Neptune, its moons, and rings from a spacecraft entering into orbit around the planet through aerocapture.
A mission concept is proposed to study Neptune, its moons, and rings from a spacecraft entering into orbit around the planet through aerocapture.
Barbey K.*
Solar Wind Sample Return, Study and Solar Sail Magnetic Storm Monitoring
[#2704]
Mission design of a combined mission to retrieve solar wind samples, study the solar wind in the 0.98–1.00 AU regime and magnetic storm monitoring.
Mission design of a combined mission to retrieve solar wind samples, study the solar wind in the 0.98–1.00 AU regime and magnetic storm monitoring.
*presenter
