HelioWebBrian E. Wood
flowchart
A[Brian E. Wood]
AC["Associated Concepts (25)"]
AW["Authored Works (12)"]
CA["Linked Co-Authors (36)"]
CI["Linked Collaborating Institutions (26)"]
A== dcterms:relation ==>AC
AW== author ==>A
AW== author ==>CA
AW== affil ==>CI
click AC "#associated-concepts"
click AW "#authored-works"
click CA "#co-authors"
click CI "#collaborating-institutions"
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- ORCiD
- https://orcid.org/0000-0002-4998-0893
- OpenAlex ID
- https://openalex.org/A5048364315 (API record)
Associated Concepts [?]
- Physics
- Astronomy
- Quantum mechanics
- Astrophysics
- Computer science
- Nuclear physics
- Computer vision
- Magnetic field
- Plasma
- Stars
- Biology
- Solar wind
- Galaxy
- Astrobiology
- Materials science
- Optics
- Chemistry
- Engineering
- Mathematics
- Organic chemistry
- Geography
- Interstellar medium
- Heliosphere
- Geology
- Spectral line
Authored Works
sorted by decreasing year, and then by display-name
- The Relationship between Coronal Mass Ejections and Brightness of the Corona
- Progressing Towards Faraday Rotation Tomography of Coronal Mass Ejections
- Investigating Magnetic Structure in the Inner Heliosphere using Faraday Rotation, the FETCH instrument on the MOST mission
- Global MHD modeling of solar wind structures using spherical AMR grids
- Determination of CME Structures with Faraday Rotation of Spacecraft Radio Signals: the FETCH Instrument on the MOST Mission.
- Comparison of Lyman Alpha Absorptions in the BU and Moscow Models
- Charting Interstellar Medium near the Heliosphere
- The Multiview Observatory for Solar Terrestrial Science (MOST)
- Novel Magnetic Field and Electron Density Measurements of CMEs (within AU) with the Proposed Multiview Observatory for Solar Terrestrial Science (MOST) Mission
- Magnetohydrodymic numerical simulation of coronal mass ejections: A new approach for space weather prediction
- Interplanetary Hydrogen Properties as Probes into the Heliospheric Interface
- FETCH Concept: Investigating Quiescent and Transient Magnetic Structures in the Inner Heliosphere using Faraday Rotation of Spacecraft Radio Signals
Linked Co-Authors
- Albert Y. Shih
- D. J. McComas
- Daniel B. Seaton
- David B. Wexler
- E. A. Jensen
- E. E. DeLuca
- E. Möbius
- Gábor Tóth
- J. M. Sokół
- J. T. Clarke
- Jason Kooi
- K. Liou
- Krishna M. Jain
- L. Golub
- L. K. Jian
- M. I. Desai
- M. Opher
- Majd Mayyasi
- Marc Kornbleuth
- Marc L. DeRosa
- N. A. Schwadron
- N. Gopalswamy
- N. M. Viall
- Olga Katushkina
- P. Swaczyna
- Qian Gong
- R. M. Winslow
- S. C. Tripathy
- S. D. Bale
- S. F. Fung
- S. Yashiro
- Sabrina Savage
- T. A. Kucera
- T. N. Woods
- Teresa Nieves‐Chinchilla
- Vladislav Izmodenov
Linked Collaborating Institutions
- Boston University, Massachusetts
- Catholic University, Washington DC
- George Mason University, Virginia
- Jet Propulsion Laboratory
- Johns Hopkins University, Applied Physics Laboratory
- Lockheed Martin, Palo Alto
- NASA Goddard Space Flight Center, Maryland
- NASA Marshall Space Flight Center
- National Radio Astronomy Observatory, Virginia
- National Solar Observatory, Sunspot New Mexico
- Planetary Science Institute, Arizona
- Polish Academy of Sciences, Space Research Center
- Princeton University, New Jersey
- RAS, Space Research Institute, Moscow
- Southwest Research Institute, Boulder
- Southwest Research Institute, Texas
- Stanford University, California
- U.S. Department of the Navy, Naval Research Laboratory, Washington DC
- UMass Lowell
- University of Bern, Switzerland
- University of California, Berkeley
- University of Colorado, Boulder
- University of Iowa
- University of Michigan
- University of New Hampshire
- Wesleyan University, Connecticut
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