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Kinetic Modeling of Magnetic Reconnection in Space and Astrophysical Systems

Kinetic Modeling of Magnetic Reconnection in Space and Astrophysical Systems

Kinetic Modeling of Magnetic Reconnection in Space and Astrophysical Systems. J. F. Drake University of Maryland Large Scale Computation in Astrophysics Newton Institute 2004. Recent Collaborators. Marc Swisdak (NRL) Mike Shay (U. Maryland) Michael Hesse (GSFC) Cindy Cattell (U. Minn.).

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492 views • 47 slides
Collisionless Magnetic Reconnection

Collisionless Magnetic Reconnection

Collisionless Magnetic Reconnection. J. F. Drake University of Maryland Magnetic Reconnection Theory 2004 Newton Institute. Collisionless reconnection is ubiquitous. Inductive electric fields typically exceed the Dreicer runaway field classical collisions and resistivity not important

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562 views • 45 slides
Collisionless Magnetic Reconnection

Collisionless Magnetic Reconnection

Collisionless Magnetic Reconnection. J. F. Drake University of Maryland Magnetic Reconnection Theory 2004 Newton Institute. Collisionless reconnection is ubiquitous. Inductive electric fields typically exceed the Dreicer runaway field classical collisions and resistivity not important

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653 views • 45 slides
Collisionless Magnetic Reconnection

Collisionless Magnetic Reconnection

Collisionless Magnetic Reconnection. J. F. Drake University of Maryland Magnetic Reconnection Theory 2004 Newton Institute. Collisionless reconnection is ubiquitous. Inductive electric fields typically exceed the Dreicer runaway field classical collisions and resistivity not important

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468 views • 45 slides
Collisionless Magnetic Reconnection

Collisionless Magnetic Reconnection

Collisionless Magnetic Reconnection. J. F. Drake University of Maryland presented in honor of Professor Eric Priest September 8, 2003. Collisionless reconnection is ubiquitous. Inductive electric fields typically exceed the Dreicer runaway field

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592 views • 40 slides
J. F. Drake M.Swisdak M. Shay M. Hesse C. Cattell

J. F. Drake M.Swisdak M. Shay M. Hesse C. Cattell

J. F. Drake M.Swisdak M. Shay M. Hesse C. Cattell. University of Maryland GSFC University of Minnesota. The Structure of the Parallel Electric Field and Particle Acceleration During Magnetic Reconnection. Resistive MHD Description. Formation of macroscopic Sweet-Parker layer.

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437 views • 31 slides
Multiscale issues in modeling magnetic reconnection

Multiscale issues in modeling magnetic reconnection

J. F. Drake University of Maryland IPAM Meeting on Multiscale Problems in Fusion Plasmas January 10, 2005. Multiscale issues in modeling magnetic reconnection. Magnetic energy dissipation in the universe.

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317 views • 30 slides

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