Quasi-neutral sheet tearing instability induced by electron preferential acceleration from stochasticity
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- Type
- article
- Published
- 1997-01-01
- Cited by
- 42
- References
- 38
- OpenAlex
- https://openalex.org/W2045733432
- Semantic Scholar
- https://api.semanticscholar.org/CorpusID:120516450
Keywords
Physics, Instability, Substorm, Current sheet, Electron
References
- On the physical mechanism of the magnetospheric substorm development
- On the energy budget in the current disruption region
- Tearing instability in plasma configurations
- Nonlinear structures, stochasticity and intermittency in the dynamics of charged particles near a magnetic field reversal
- The organized nonlinear dynamics of the magnetosphere
- Role of Fermi acceleration in explosive enhancement of cross‐tail current in late substorm growth phase
- Average plasma properties in the central plasma sheet
- On the mechanism of tearing instability in a quasineutral sheet associated with the phenomenon of deterministic chaos in strongly curved magnetic fields
- Dynamics of the Geomagnetic Tail
- On the energy principle and ion tearing in the magnetotail
- A cross‐field current instability for substorm expansions
- Thin current sheets in the magnetotail during substorms: CDAW 6 revisited
- does ion tearing exist
- On the tearing mode in quasi‐neutral sheets
- A model for thinning of the plasma sheet
- Soft pionization by two photons
- A synthesis of magnetospheric substorm models
- Magnetic reconnection in collisionless field reversals the universality of the ion tearing mode
- Initial signatures of magnetic field and energetic particle fluxes at tail reconfiguration : explosive growth phase
- On the apparent randomness of substorm onset
Cited by
- Cross-Field Current Instability and Substorm Expansion Onset
- Thin current sheets in the presence of a guiding magnetic field in Earth's magnetosphere
- Role of Transient Electrons and Microinstabilities in the Tearing Instability of the Geomagnetotail Current Sheet and the General Scenario of the Substorm as a Catastrophe
- Interball Observations of the Energetic Particle Spectra in the Plasma Sheet: Indirect Evidence of the Multiple Explosive-Like Spontaneous Reconnection
- Solar wind induced processes in the magnetotail
- Inverse cascade feature in current disruption
- Determination of the substorm initiation region from a major conjunction interval of THEMIS satellites
- Source characteristics of the deep Philippine earthquake cluster, 23 and 24 July 2010
- Cross-field current instability as a catalyst of the explosive reconnection in the geomagnetotail
- Phase transition‐like behavior of the magnetosphere during substorms
- Nonlinear instability of the geomagnetotail current sheet combining the features of tearing and cross-field current instabilities
- Two‐fluid theory of drift‐kink instability in a one‐dimensional neutral sheet
- Potential Plasma Instabilities For Substorm Expansion Onsets
- Obliquely propagating electromagnetic drift ion cyclotron instability
- Low frequency eigenmodes of thin anisotropic current sheets and Cluster observations
- Role of the temperature ratio in the linear stability of the quasi‐neutral sheet tearing mode
- Generation of unmagnetized motion of plasma sheet electrons and its possible causes
- Internal structure of a magnetic flux rope from Cluster observations
- Reconstructing Synthetic Profiles from Surface Data
- Universal Scaling of Thin Current Sheets
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- Storm and substorm effects on magnetotail current sheet motion
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- PLASMA INSTABILITY IN THE WHISTLER MODE CAUSED BY A GYRATING ELECTRON STREAM
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