DOCSLIB.ORG
Explore
Sign Up
Log In
Upload
Search
Home
» Tags
» Orbital decay
Orbital decay
PDF (03Ragozzine Exo-Interiors.Pdf)
Orbital Lifetime Predictions
NASA Process for Limiting Orbital Debris
NEAR of the 21 Lunar Landings, 19—All of the U.S
Study of Extraterrestrial Disposal of Radioactive Wastes
Analysis of Orbital Decay Time for the Classical Hydrogen Atom Interacting with Circularly Polarized Electromagnetic Radiation
Collisions & Encounters I
Orbital Mechanics Joe Spier, K6WAO – AMSAT Director for Education ARRL 100Th Centennial Educational Forum 1 History
Orbital Decay Analysis for Debris Deorbiting Cubesats in Leo: a Case Study for the Velox-Ii Deorbit Mission
Atmospheric Drag Effects on Modelled LEO Satellites During the July 2000 Bastille Day Event in Contrast to an Interval of Geomagnetically Quiet Conditions Victor U
Kickstart Physics Space
Samuel YW Low (Samuel
[email protected]
)
Rapid Eccentricity Oscillations and the Mergers of Compact Objects In
The Benefits and Challenges of Very Low Earth Orbits
Orbital Mechanics Third Edition
443–460 Dynamical Cartography of Earth Satellite Orbits Aaron J
Satellite Orbital Decay Calculations
Nodal Precession (Regression)
Top View
ODQN 17-4, October 2013
198 9MNRAS.238. .407H Mon. Not. R. Astr. Soc. (1989)
Understanding Space Debris Causes, Mitigations, and Issues Crosslink in THIS ISSUE Fall 2015 Vol
A Dynamic Study of an Earth Orbiting Tether Propulsion System
The Evolution of Kicked Stellar-Mass Black Holes in Star Cluster
The Orbital Decay of a Retrograde Planet in a Protoplanetary Disk
Evolution of Spacecraft Orbital Motion Due to Hypervelocity Impacts with Debris and Meteoroids
Debris Assessment Software User’S Guide
An Overview of Cube-Satellite Propulsion Technologies and Trends
Position and Time
Simultaneous Orbital and Attitude Propagation of Cubesats in Low Earth Orbit
Passive Orbital Debris Removal Using Special Density Materials
Design of Trajectory and Perturbation Analysis for Satellite Orbital Parameters
Effects of Spin-Orbit Resonance in Stability for Low Altitude Mars Orbits
Ephemeris, Orbital Decay, and Masses of Ten Eclipsing High-Mass X-Ray Binaries⋆
Tritonʼs Evolution with a Primordial Neptunian Satellite System
Preliminary Mission Analysis and Design for a Small Satellite Swarm
Analysis of Orbit Accuracy for Non-Cooperative Earth-Orbiting Objects
Arxiv:2105.09335V2 [Astro-Ph.EP] 31 Jul 2021
Study of the Decay Time of a Cubesat Type Satellite Considering Perturbations Due to the Earth’S Oblateness and Atmospheric Drag
Astronautics
Arxiv:1809.02520V1 [Astro-Ph.EP] 7 Sep 2018 Slow Erosion Process in High-Slope Regions That Experience the on the History of the Martian System
Orbital Debris Modeling and Applications at Kyushu University
ALMOND-THESIS-2013.Pdf
Spacecraft Propulsion.Pdf
Analysis of Electric Propulsion Systems for Drag Compensation of Small Satellites in Low Earth Orbits the Universtiy of Manchester
Evaluation of Orbital Drift Effect on Proba-V Surface Reflectances Time
Survival of Planets Around Shrinking Stellar Binaries
Improved Gravitational Radiation Time-Scales: Significance for LISA and LIGO-Virgo Sources
An Evaluation of Cubesat Orbital Decay
Assessment of Orbit Maintenance Strategies for Small Satellites
Preparation of Papers for AIAA Journals
Laser Ablation Based On-Orbit Debris Removal A
And Nano-Satellites
A Get Away Special Satellite with Orbit-Raising Capability
A Review of Satellite Lifetime and Orbit Decay Prediction*
HSC Physics – Core 9.2 Space Part 2: Launching Into Orbit
The Evolution of Kicked Stellar-Mass Black Holes in Star Cluster
Arxiv:Astro-Ph/9907088V1 7 Jul 1999