Satellite Protection Publication Links:  

COSPAR – CIRA

• Tobiska 2010 COSPAR:   A comparison of the CIRAA08 and ISO 14222 documents, and a description of indices used in the JB2008 Thermospheric Model
• Tobiska, et al 2008 Solar & Geomag Indices: Description of indices used in the JB2008 Thermospheric Model

JB2008 Proxies and Applications

• Licata, et al 2020 SWJ: Solar and geomagnetic indices benchmarks
• Weimer, et al 2019 SWJ: EXTEMPLAR model
• Liemohn, et al 2018 SWJ: Geomagnetic index predictions
• Riley, et al 2018 SWJ: Forecasting CME arrival time
• Rigler, 2017 USGS: Time-Causal Decomposition of Geomagnetic Time Series Into Secular Variation, Solar Quiet, and Disturbance Signals
• Weimer, et al 2015 JGR: Temperature and nitric oxide correlations in thermosphere
• Tobiska, et al 2013 SWJ: Anemomilos prediction methodology for Dst
• Gannon, et al 2011 USGS: U.S. Geological Survey Near Real-Time Dst Index
• Weimer, et al 2011 JGR: Predicting global average thermospheric temperature
• Bowman, et al 2008 AIAA 2008-6438: JB2008 Empirical Thermospheric Density Model
• Bowman, et al 2008 JASTP: JB2006 empirical thermospheric density model
• Tobiska, et al 2008 JASTP: A description of JB2006 solar indices F10, S10, M10
• Marcos et al 2006 AIAA: Accuracy of Earth’s Thermospheric Neutral Density Models
• Tobiska, et al 2006 AIAA 2006-6165: The selection and development of new solar indices for atmospheric heating
• Tobiska 2005 AAS 05-252: Advances in Solar Inputs for Precision Orbit Determination

EXTEMPLAR

• Weimer, et al 2023 SWJ: Global Variations in the Time Delays Between Polar Ionospheric Heating and the Neutral Density Response
• Licata, et al 2022 SWJ: Improved Neutral Density Predictions through Machine Learning Enabled Exospheric Temperature Model
• Weimer, et al 2022 SWJ: Comparison of EXTEMPLAR with HASDM density database
• Weimer, et al 2019 SWJ: EXTEMPLAR model

MSIS

• Licata, et al 2022 SWJ: MSIS-UQ: Calibrated and Enhanced NRLMSIS 2.0 Model With Uncertainty Quantification

Satellite Drag

• Licata, et al 2022 Frontiers: Post storm thermospheric cooling
• Ray, et al 2022 SWJ: Framework for densities with drag-coefficient biases
• Oliveira, et al 2021 Frontiers: Density enhancements during extreme storms
• Licata, et al 2021 AAS 21-415: Uncertainty on drag and orbit prediction
• Thayer, et al 2021 AGU: Remaining Issues in Upper Atmosphere Satellite Drag
• Licata, et al 2020 AAS:  Space weather driver uncertainty impact on drag and orbit prediction
• Moe, et al 2010 AIP:  Contamination of spacecraft surfaces affecting satellite drag
• Moe, et al 2008 JASTP:  High latitude density enhancements
• Moe, et al 2007 AAS-07-188:  Magnetosphere coupling with thermosphere
• Bowman and Hrncir 2007 AAS: Drag Coefficient Variability at 100-300 km from the Orbit Decay Analyses of Rocket Bodies
• Moe, K 2006 AIAA-OC:  Satellite and debris decay
• Bowman and Moe 2005 AAS: Drag Coefficient Variability at 175-500 km from the Orbit Decay Analyses of Spheres
• Moe and Bowman 2005 AAS: The Effects of Surface Composition and Treatment On Drag Coefficients of Spherical Satellites
• Bowman et al 2004 AAS: Method For Computing Accurate Daily Atmospheric Density Values From Satellite Drag Data
• Pardini, et al 2002 SWW ISTI:  Pilot Service for Improving Satellite Re-Entry Predictions
• Moe, K 1963 JGR Vol68: Errors in Orbital Predictions for Satellites
• Moe, K 1962 ARS:  Stochastic Models of the Errors in Orbital Predictions

HASDM

• Tobiska, et al 2022 arXiv: HASDM variability
• Licata, et al 2022 SWJ: HASDM-ML
• Licata, et al 2021 SWJ (#TopCitedArticle): Assessement of SET HASDM database
• Tobiska, et al 2021 AMOS: META-HASDM
• Tobiska, et al 2021 SWJ (#TopCitedArticle): SET HASDM density database
• Tobiska 2019: Overview of HASDM and JB2008
• Bowman and Tobiska 2014 AMS: AF Operational Real-Time Thermospheric Density Monitoring Project HASDM
• Storz et al 2005 ASR: High accuracy satellite drag model (HASDM)
• Bowman and Storz 2003 AAS: High Accuracy Satellite Drag Model (HASDM) Review
• Storz, et al 2002 AIAA: High Accuracy Satellite Drag Model (HASDM)
• Bowman 2002 AIAA: True Satellite Ballistic Coefficient Determination for HASDM
• Casali and Barker 2002 AIAA: Dynamic Calibration Atmosphere (DCA) for the High Accuracy Satellite Drag Model (HASDM)
• Storz, 2002 AIAA: HASDM Validation Tool Using Energy Dissipation Rates
• Bowman and Storz 2002 AIAA: Time Series Analysis of HASDM Thermospheric Temperature and Density Corrections
• Tobiska 2002 AIAA: E10.7 Use for Global Atmospheric Density Forecasting in 2001

#TopCitedArticle identified by Wiley using citation data from Clarivate Analytics. Top cited articles published in an issue between 1 Jan 2021-15 Dec 2022.