Jeffrey W. Reep

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    A[Jeffrey W. Reep]
    AC["Associated Concepts (25)"]
    AW["Authored Works (18)"]
    CA["Linked Co-Authors (17)"]
    CI["Linked Collaborating Institutions (30)"]
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ORCiD

https://orcid.org/0000-0003-4739-1152

OpenAlex ID

https://openalex.org/A5006885466 (API record)

Associated Concepts [?]

• Physics
• Quantum mechanics
• Astrophysics
• Astronomy
• Nuclear physics
• Engineering
• Solar flare
• Plasma
• Aerospace engineering
• Magnetic field
• Flare
• Optics
• Geography
• Materials science
• Solar wind
• Meteorology
• Biology
• Coronal mass ejection
• Computer science
• Thermodynamics
• Geology
• Astrobiology
• Spectral line
• Computational physics
• Mathematics

Authored Works

sorted by decreasing year, and then by display-name

• Introduction to the Swift Solar Activity X-ray Imager (SSAXI-Rocket) for the Hi-C Flare Rocket
• Testing a new solar flare model against ionospheric D and E region data
• NRLFLARE: A physical model of solar flare irradiance
• Improving Flare Models by Coupling 3D Magnetohydrodynamic Modeling with High Resolution Flare Loop Elements.
• Updates on the Fundamentals of Impulsive Energy Release in the Corona Explorer (FIERCE) mission concept
• Understanding Heating Properties in Hot and Warm Active Region Loops through Hydrodynamics and Forward Modeling
• Model studies of photoionization and photoelectron production in response to solar flares
• FIERCE Science: Expected Results From a High-Energy Medium-Class Explorer
• Combined Next-Generation X-ray and EUV Observations with the FIERCE Mission Concept
• Using Coordinated Observations from the Flight of the High Resolution Coronal Imager to Constrain Active Region Heating Scenarios
• Modeling of GOES Soft X-ray Light Curves: Importance of Multi-threaded Nature and Various Timescales
• Electron Beams Cannot Produce Coronal Rain
• Solar Flare Heating via Alfvenic Waves Propagating Down a Coronal Loop
• Comparing the Chromospheric Response to Different Flare Energy Transport Mechanisms
• Modeling Chromospheric Nanoflares with HYDRAD
• Capabilities of a FOXSI Small Explorer
• The Observation and Modeling of Solar Wind Sources
• Diagnosing the Time-Dependence of Active Region Core Heating Using Emission Measures

Linked Co-Authors

• B. R. Dennis
• Christopher Moore
• D. E. McKenzie
• David E. Siskind
• Douglas P. Drob
• Harry P. Warren
• Ignacio Ugarte-Urra
• J. A. Klimchuk
• L. Golub
• McArthur Jones
• Natasha L. S. Jeffrey
• S. Gburek
• Sabrina Savage
• Shin Toriumi
• Shun‐Rong Zhang
• Steven Christe
• Will T. Barnes

Linked Collaborating Institutions

• ADNET Systems Inc., Greenbelt, Maryland
• California Institute of Technology
• Catholic University, Washington DC
• E.O. Hulburt Center for Space Research, NRL
• George Mason University, Virginia
• Goddard Space Flight Center, Astrophysics Division
• Harvard University, Massachusetts
• Haystack Observatory
• Kirtland Air Force Research Laboratory, New Mexico
• NASA Goddard Space Flight Center, Maryland
• NASA Marshall Space Flight Center
• National Astronomical Observatory of Japan
• Polish Academy of Sciences, Space Research Center
• Rice University, Department of Physics and Astronomy
• Royal Observatory of Belgium
• Saint Andrews University, UK
• Smithsonian Astrophysical Observatory
• Southwest Research Institute, Boulder
• U.S. Department of the Navy, Naval Research Laboratory, Washington DC
• University of Applied Sciences Northwestern Switzerland
• University of California, Berkeley
• University of California, Berkeley, Space Sciences Laboratory
• University of Colorado, Boulder
• University of Colorado, Boulder, Laboratory for Atmospheric and Space Physics
• University of Dundee, UK
• University of Glasgow, UK
• University of Maryland, College Park
• University of Minnesota, School of Physics and Astronomy
• University of Minnesota, Twin Cities
• Virginia Polytechnic Institute and State University

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