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Magnetic Reconnection in Plasmas

27 July 2015 to 21 August 2015
Nordita, Stockholm
Europe/Stockholm timezone

Session

Post-noon III

33
12 Aug 2015, 14:00
132:028 (Nordita, Stockholm)

132:028

Nordita, Stockholm

Conveners

Post-noon III

  • Daniel Graham (IRF - Uppsala)

Presentation materials

There are no materials yet.

  1. 330. The electron diffusion region in asymmetric and symmetric magnetic reconnection
    Dr Li-Jen Chen (NASA Goddard Space Flight Center)
    12/08/2015, 14:00
    Workshop, August 10-14
    Invited
    The electron diffusion region (EDR) holds the ultimate mystery of how magnetic reconnection can occur in a collisionless plasma, and is the target region of the first science priority for the newly launched Magnetospheric Multi-scale (MMS) mission. Processes of elctron acceleration, mixing and heating in the EDR can be understood by analyzing the electron distribution functions with...
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  2. 390. Electron acceleration in the separatrix region during magnetic reconnection
    Dr Rongsheng Wang (Institute of Geology and Geophysics, Chinese Academy of Sciences)
    12/08/2015, 14:25
    Workshop, August 10-14
    Oral
    One long outstanding issue in the study of magnetic reconnection is exactly where and how electrons are energized, although the observations have demonstrated that a substantial part of magnetic energy is converted into energetic electrons in reconnection. Here, we present the first evidence of electron acceleration by parallel electric field (up to -20 mV/m) carried by the...
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  3. 359. Evidence of magnetic field switch-off in PIC simulations of collisionless magnetic reconnection with guide field
    Dr Maria Elena Innocenti (University of Leuven, Belgium)
    12/08/2015, 14:50
    Workshop, August 10-14
    Oral
    We describe here the first observation of switch-off of the in plane tangential component of the magnetic field in Particle In Cell (PIC) simulations of magnetic reconnection, a situation reminding of Petschek’s switch-off. Switch-off is obtained through a slow shock / rotational discontinuity compound structure. Two external slow shocks located in correspondence of the...
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