University of Kansas, Department of Physics and Astronomy

    flowchart
    I[University of Kansas, Department of Physics and Astronomy]
    PI["Parent Institutions (1)"]
    CI["Child Institutions (0)"]
    AW["Affiliated Works (55)"]
    CA["Linked Collaborating Authors (0)"]
    I== skos:broader ==>PI
    CI== skos:broader ==>I
    AW== affil ==>I
    AW== author ==>CA
    click PI "#parent-institutions"
    click CI "#child-institutions"
    click AW "#affiliated-works"
    click CA "#collaborating-authors"

ADS ID [?]

A11107

Abbreviation [?]

Dep Phy Ast

Parent Institutions [?]

• University of Kansas

Child Institutions [?]

Affiliated Works

sorted by decreasing year, and then by display-name

• Heliospheric X-Rays and the 1/4 keV Soft X-Ray Background Map
• Modeling Titan's Upper Atmosphere with 1-D and 3-D Models:
• Saturn's A-ring Ionosphere as Observed by the Cassini Ion and Neutral Mass Spectrometer
• The Solar Wind Interaction With Mars and its Implications for Atmospheric Loss
• X-Ray Emission from the Terrestrial Magnetosheath
• Cassini-Huygens Ion Neutral Mass Spectrometer: Early Saturn and Titan Results
• Electron energetics of Titan's ionosphere
• Magnetospheric Electrons as a Source of Titan's Ionosphere: Model Comparisons with Cassini Data
• 3D Global MHD Simulation of Titan's interaction with its surrounding plasma
• Composition of Titan's ionosphere: A comparison of Cassini CAPS and INMS results
• Models of Thermal and Superthermal Electrons in Titan's Ionosphere
• Saturn Magnetospheric Interaction with Titan Ionisation Sources and Dynamics as Inferred from Cassini Observations
• Sensitivity of Titan's ENA emissions to incident ion flux and exospheric density
• Solar Radiation and Magnetospheric Electron Sources of the Ionosphere of Titan: Model Comparisons With Cassini Data
• Titan's Complex Neutral Composition as Measured by Cassini INMS
• Energetic Ion Precipitation at Titan
• Models of Titan's Ionosphere
• Quantifying the Exospheric Component of Soft X-ray Emission
• Spokes in Saturn's B Ring: Could Lightning be the Cause?
• The Precipitation of Energetic ions into Titan's Atmosphere
• Auroral X-ray Emission at Jupiter
• Observations of photoelectrons with CAPS ELS at Titan
• Properties of high-energy electrons at dawnside magnetosheath: Cassini observations during the earth swing-by 1999
• The Heliospheric Contribution to the Soft X-ray Background Emission
• The Plume Ionosphere of Enceladus as Seen by the Cassini Ion and Neutral Mass Spectrometer
• The Sheath Transport Observer for the Redistribution of Mass (STORM) Imager
• Titan's Plasma Interaction: New Perspectives from the Cassini Flybys
• Cometary airbursts and atmospheric chemistry: Tunguska and a candidate Younger Dryas event
• Dynamical and Magnetic Field Time Constants for Titan’s Ionosphere - Empirical Estimates
• Enceladus's Plumes: A Rocket Analogy
• Ion Loss from Titan's Atmosphere versus Local Time: A two-fluid MHD Study
• The Plasma Environments of Venus, Mars, and Titan: Implications for Atmospheric Escape (Invited)
• Electron Flux Modeling in the Enceladus Plume
• Hybrid Model Simulations Of Titan's Plasma Interactions
• Modeling the terrestrial radiation dose on planetary surfaces: A constraint on the habitability of Earth-like terrestrial planets
• Models of Electron Energetics in the Enceladus Torus
• Multi-fluid MHD study of Ion Loss from Titan's Atmosphere
• Ions in the Plume of Enceladus and the Role of Grain Interactions
• Multi-fluid MHD study of Titan's plasma interaction
• The Composition of Titan's Ionospheric Outflow
• Escape of Hot Oxygen Atoms from the Atmosphere of Mars
• Ions in the Plume of Enceladus and the Role of Grain Interactions
• On Lunar Exospheric Column Densities and Solar Wind Access Beyond the Terminator from ROSAT Soft X-ray Observations of Solar Wind Charge Exchange (SWCX)
• Dust Detection Using Radio and Plasma Wave Instruments in the Solar System
• Pickup Ions in the Plasma Environments of Mars, Comets, and Enceladus
• Solar Ionizing Radiation at Mars: Predictions vs. MAVEN Observations
• MAVEN Insights into the Precipitation of Solar Energetic Electrons in the Upper Atmosphere of Mars during the September 2017 ICME Event
• Magnetic Reconnection in the Collisional Ionosphere of Mars
• Modeling Ionospheric Densities and Flows in Crustal and Draped Magnetic Fields at Mars
• Saturn's Ionosphere in Light of Cassini Measurements
• Space Physics for a Small Program: What topics need to be covered?
• Alteration of crustal magnetic fields at Mars by currents induced by the solar wind interaction
• MHD momentum balance in the induced magnetic field at Mars using MAVEN data.
• Magnetic Fields, Atmospheres, and the Connection to Habitability (MACH) - Using Team Science to Determine How Magnetic Fields Influence Habitability
• Magnetic Reconnection in the Ionosphere of Mars: The Role of Collisions

Linked Collaborating Authors [?]