'Guide field' presentation slideshows

The Collisionless Diffusion Region: An Introduction

The Collisionless Diffusion Region: An Introduction. Michael Hesse NASA GSFC. Overview: Diffusion region basics The (electron) diffusion region for anti-parallel reconnection The (electron) diffusion region for guide-field reconnection

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Perm 7.09.06

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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

569 views • 45 slides

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

662 views • 45 slides

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

487 views • 45 slides

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The Structure of Thin Current Sheets Associated with Reconnection X-lines

The Structure of Thin Current Sheets Associated with Reconnection X-lines. Marc Swisdak The Second Workshop on Thin Current Sheets April 20, 2004. Collaborators. U. of Maryland. J. Drake M. Shay J. McIlhargey B. Rogers A. Zeiler. UMBC. Dartmouth College. MPP-Garching. z. y. x.

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Rapid high-energy emission variability in relativistic pair plasma reconnection

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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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Research Status and Plans on Magnetic Reconnection for CMSO

Research Status and Plans on Magnetic Reconnection for CMSO. Experimental progress: M. Yamada Theoretical progress: A. Bhattacharjee. 10/17/2011. Response to the PAC report. Recommendations: Engage planning activities of future research Strengthen ties with space & astrophysical communities

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Grad-Shafranov reconstruction of a bipolar Bz signature in an earthward jet in the tail

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PIC simulations of magnetic reconnection

PIC simulations of magnetic reconnection. Cerutti et al. 2013. 3D PIC simulations of relativistic pair plasma reconnection ( Zeltron code) Includes Radiation reaction force ( Lorentz -Abraham- Dirac equation ) Guide field Results :

315 views • 16 slides

Neutron edm

Neutron edm. Philip Harris, on behalf of the CryoEDM collaboration: Rutherford Appleton Laboratory University of Oxford University of Sussex ILL University of Kure. Technology. Neutrons in. HV in. (NB sensitivity/day is actually closer to ).

231 views • 8 slides

Post-CME Reconnection and the Generation of Descending Coronal Voids

Post-CME Reconnection and the Generation of Descending Coronal Voids. Poster # 029.03. M. G. Linton, Naval Research Laboratory D. W. Longcope, Montana State University H. P. Warren, Naval Research Laboratory. Supported by ONR, NASA and the DoD HPC Program

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