Geophysical research letters, ISSN 1944-8007, 2015, Volume 42, Issue 10, pp. 3627 - 3638

Time domain structures (TDS) (electrostatic or electromagnetic electron holes, solitary waves, double layers, etc.) are ≥1 ms pulses having significant...

double layers | electron holes | time domain structures | PHASE-SPACE | ELECTRIC-FIELD | DRIVEN | INSTABILITIES | ACCELERATION | GEOSCIENCES, MULTIDISCIPLINARY | PLASMA | EVOLUTION | ELECTROSTATIC SOLITARY WAVES | DOUBLE-LAYERS | NUMERICAL-SIMULATION | Relativism | Radiations | Correlation | Radiation | Packets (communication) | Waves | Whistlers | Alignment | Radiation belts | Atmospheric precipitations | Evolution | Structures | Electric fields | Layers | Auroras | Scattering | Particle decay | Time domain analysis | Reflection | Trapping | Fields | Decay | Nonlinearity | Pitch (inclination) | Interactions | Particle precipitation | Magnetic fields | Acceleration | Solitary waves | Time domain | Pitch angle | Sciences of the Universe

double layers | electron holes | time domain structures | PHASE-SPACE | ELECTRIC-FIELD | DRIVEN | INSTABILITIES | ACCELERATION | GEOSCIENCES, MULTIDISCIPLINARY | PLASMA | EVOLUTION | ELECTROSTATIC SOLITARY WAVES | DOUBLE-LAYERS | NUMERICAL-SIMULATION | Relativism | Radiations | Correlation | Radiation | Packets (communication) | Waves | Whistlers | Alignment | Radiation belts | Atmospheric precipitations | Evolution | Structures | Electric fields | Layers | Auroras | Scattering | Particle decay | Time domain analysis | Reflection | Trapping | Fields | Decay | Nonlinearity | Pitch (inclination) | Interactions | Particle precipitation | Magnetic fields | Acceleration | Solitary waves | Time domain | Pitch angle | Sciences of the Universe

Journal Article

Journal of Geophysical Research: Space Physics, ISSN 2169-9380, 04/2014, Volume 119, Issue 4, pp. 2775 - 2796

Statistics of amplitudes and obliquity of lower band chorus whistler mode waves have been obtained from Cluster measurements in Earth's outer radiation belt...

lifetime | energization | oblique wave | chorus | radiation belt | magnetic storm | RESONANT INTERACTIONS | WHISTLER-MODE WAVES | PITCH-ANGLE DIFFUSION | FAST MAGNETOSONIC WAVES | QUASI-LINEAR DIFFUSION | RELATIVISTIC ELECTRONS | ASTRONOMY & ASTROPHYSICS | PARTICLE FLUXES | SOLAR-WIND | MAGNETOSPHERIC PLASMA | ENERGY DIFFUSION-COEFFICIENTS | Magnetic fields | Geomagnetism | Landau damping | Amplitudes | Mathematical analysis | Pitch angle | Belts | Activation | Diffusion | Sciences of the Universe

lifetime | energization | oblique wave | chorus | radiation belt | magnetic storm | RESONANT INTERACTIONS | WHISTLER-MODE WAVES | PITCH-ANGLE DIFFUSION | FAST MAGNETOSONIC WAVES | QUASI-LINEAR DIFFUSION | RELATIVISTIC ELECTRONS | ASTRONOMY & ASTROPHYSICS | PARTICLE FLUXES | SOLAR-WIND | MAGNETOSPHERIC PLASMA | ENERGY DIFFUSION-COEFFICIENTS | Magnetic fields | Geomagnetism | Landau damping | Amplitudes | Mathematical analysis | Pitch angle | Belts | Activation | Diffusion | Sciences of the Universe

Journal Article

Journal of geophysical research. Space physics, ISSN 2169-9380, 2018, Volume 123, Issue 1, pp. 297 - 314

Chorus waves are among the most important natural electromagnetic emissions in the magnetosphere as regards to their potential effects on electron dynamics....

chorus waves model | DENSITY | RADIATION-BELT ELECTRONS | LOCAL ACCELERATION | POYNTING FLUX | RELATIVISTIC ELECTRONS | ASTRONOMY & ASTROPHYSICS | MAGNETOSPHERIC CHORUS | GENERATION | SCATTERING | Wave power | Chorus | Radiation | Very Low Frequencies | Relativistic particles | Magnetosphere | Mathematical analysis | Clusters | Modelling | Electron density | Geomagnetic activity | Probes | Electric power distribution | Geomagnetism | Cluster spacecraft | Auroras | Spacecraft | Plasmasphere | Calibration | Missions | Empirical analysis | Magnetospheres | Electron fluxes | Outer radiation belt | Electrons | Earth Sciences | Sciences of the Universe | Space Physics | Physics | Geophysics

chorus waves model | DENSITY | RADIATION-BELT ELECTRONS | LOCAL ACCELERATION | POYNTING FLUX | RELATIVISTIC ELECTRONS | ASTRONOMY & ASTROPHYSICS | MAGNETOSPHERIC CHORUS | GENERATION | SCATTERING | Wave power | Chorus | Radiation | Very Low Frequencies | Relativistic particles | Magnetosphere | Mathematical analysis | Clusters | Modelling | Electron density | Geomagnetic activity | Probes | Electric power distribution | Geomagnetism | Cluster spacecraft | Auroras | Spacecraft | Plasmasphere | Calibration | Missions | Empirical analysis | Magnetospheres | Electron fluxes | Outer radiation belt | Electrons | Earth Sciences | Sciences of the Universe | Space Physics | Physics | Geophysics

Journal Article

4.
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Direct Observation of Electron Distributions inside Millisecond Duration Electron Holes

Physical review letters, ISSN 1079-7114, 2018, Volume 121, Issue 13, p. 135102

Despite the importance of millisecond duration spatial structures [chorus wave nonlinearity or time domain structures (TDS)] to plasma dynamics, there have...

OUTER RADIATION BELT | MAGNETOSPHERIC MULTISCALE | ACCELERATION | SOLITARY WAVES | PHYSICS, MULTIDISCIPLINARY | PHASE-SPACE HOLES | DOUBLE-LAYERS | TIME-DOMAIN STRUCTURES | MAGNETIC-FIELD | NUMERICAL-SIMULATION | WHISTLER WAVES

OUTER RADIATION BELT | MAGNETOSPHERIC MULTISCALE | ACCELERATION | SOLITARY WAVES | PHYSICS, MULTIDISCIPLINARY | PHASE-SPACE HOLES | DOUBLE-LAYERS | TIME-DOMAIN STRUCTURES | MAGNETIC-FIELD | NUMERICAL-SIMULATION | WHISTLER WAVES

Journal Article

Journal of geophysical research. Space physics, ISSN 2169-9380, 2015, Volume 120, Issue 5, pp. 3665 - 3683

Whistler mode chorus waves are present throughout the Earth's outer radiation belt as well as at larger distances from our planet. While the generation...

oblique whistler | chorus wave | cyclotron resonance | wave generation | Landau resonance | Chorus wave | Wave generation | Oblique whistler | Cyclotron resonance | GEOMAGNETIC-ACTIVITY | PITCH-ANGLE SCATTERING | RADIATION-BELT ELECTRONS | RESONANT INTERACTIONS | VLF WAVES | ASTRONOMY & ASTROPHYSICS | EARTHS INNER MAGNETOSPHERE | FALLING-TONE CHORUS | INHOMOGENEOUS MAGNETOSPHERIC PLASMA | MODE WAVES | OUTER MAGNETOSPHERE | Geophysics | Electrons | Low energy | Beams (radiation) | Mathematical analysis | Satellite observation | Planetary probes | Streams | Whistlers | Sciences of the Universe

oblique whistler | chorus wave | cyclotron resonance | wave generation | Landau resonance | Chorus wave | Wave generation | Oblique whistler | Cyclotron resonance | GEOMAGNETIC-ACTIVITY | PITCH-ANGLE SCATTERING | RADIATION-BELT ELECTRONS | RESONANT INTERACTIONS | VLF WAVES | ASTRONOMY & ASTROPHYSICS | EARTHS INNER MAGNETOSPHERE | FALLING-TONE CHORUS | INHOMOGENEOUS MAGNETOSPHERIC PLASMA | MODE WAVES | OUTER MAGNETOSPHERE | Geophysics | Electrons | Low energy | Beams (radiation) | Mathematical analysis | Satellite observation | Planetary probes | Streams | Whistlers | Sciences of the Universe

Journal Article

Journal of Geophysical Research: Space Physics, ISSN 2169-9380, 06/2013, Volume 118, Issue 6, pp. 3096 - 3112

Quantifying the loss of relativistic electrons from the Earth's radiation belts requires to estimate the effects of many kinds of observed waves, ranging from...

fast magnetosonic waves | lifetimes | radiation belts | quasi‐linear Diffusion | quasi-linear Diffusion | PITCH-ANGLE DIFFUSION | MAGNETOSPHERE | ACCELERATION | EQUATORIAL NOISE | PLASMA | ASTRONOMY & ASTROPHYSICS | COEFFICIENTS | RADIATION BELT ELECTRONS | CLUSTER | PROPAGATION | WHISTLER WAVES | Diffusion | Magnetic fields | Geophysics | Electrons | Sciences of the Universe

fast magnetosonic waves | lifetimes | radiation belts | quasi‐linear Diffusion | quasi-linear Diffusion | PITCH-ANGLE DIFFUSION | MAGNETOSPHERE | ACCELERATION | EQUATORIAL NOISE | PLASMA | ASTRONOMY & ASTROPHYSICS | COEFFICIENTS | RADIATION BELT ELECTRONS | CLUSTER | PROPAGATION | WHISTLER WAVES | Diffusion | Magnetic fields | Geophysics | Electrons | Sciences of the Universe

Journal Article

Geophysical research letters, ISSN 1944-8007, 2016, Volume 43, Issue 2, pp. 508 - 514

Data from the Van Allen Probes have provided the first extensive evidence of nonlinear (as opposed to quasi‐linear) wave‐particle interactions in space with...

acceleration | INNER MAGNETOSPHERE | WAVES | GEOSCIENCES, MULTIDISCIPLINARY | PLASMA | FIELD | ACOUSTIC MODE | Relativism | Trapping | High speed | Time domain | Plasmas | Electrostatic fields | Acceleration | Electron acceleration | Electric fields | Sciences of the Universe | Astrophysics | Space Physics | Physics

acceleration | INNER MAGNETOSPHERE | WAVES | GEOSCIENCES, MULTIDISCIPLINARY | PLASMA | FIELD | ACOUSTIC MODE | Relativism | Trapping | High speed | Time domain | Plasmas | Electrostatic fields | Acceleration | Electron acceleration | Electric fields | Sciences of the Universe | Astrophysics | Space Physics | Physics

Journal Article

Geophysical research letters, ISSN 0094-8276, 2016, Volume 43, Issue 21, pp. 11,112 - 11,120

Simultaneous measurements of intense very oblique and parallel lower band chorus waves are rare in the Earth's inner magnetosphere. A possible explanation is...

chorus generation | plasma waves | oblique whistlers | wave‐particle interactions | wave-particle interactions | ACCELERATION | GEOSCIENCES, MULTIDISCIPLINARY | RADIATION-BELT ELECTRONS | PARTICLE | THEMIS | WHISTLER-MODE WAVES | GENERATION | SCATTERING | VAN ALLEN PROBES | Geophysics | Electrons | Nonlinear dynamics | Temperature | Chorus | Growth | Cyclotron resonance | Spacecraft | Electron distribution | Waves | Magnetospheres | Magnetosphere | Earth magnetosphere | Earth | Low energy | Energy | Anisotropy | Dynamics | Temperature effects | Resonance | Pauli exclusion principle | Acceleration | In situ measurement | Nonlinearity

chorus generation | plasma waves | oblique whistlers | wave‐particle interactions | wave-particle interactions | ACCELERATION | GEOSCIENCES, MULTIDISCIPLINARY | RADIATION-BELT ELECTRONS | PARTICLE | THEMIS | WHISTLER-MODE WAVES | GENERATION | SCATTERING | VAN ALLEN PROBES | Geophysics | Electrons | Nonlinear dynamics | Temperature | Chorus | Growth | Cyclotron resonance | Spacecraft | Electron distribution | Waves | Magnetospheres | Magnetosphere | Earth magnetosphere | Earth | Low energy | Energy | Anisotropy | Dynamics | Temperature effects | Resonance | Pauli exclusion principle | Acceleration | In situ measurement | Nonlinearity

Journal Article

Geophysical research letters, ISSN 0094-8276, 2015, Volume 42, Issue 23, pp. 10,140 - 10,149

Simultaneous observations of electron velocity distributions and chorus waves by the Van Allen Probe B are analyzed to identify long‐lasting (more than 6 h)...

nonlinear acceleration of electrons | radiation belts | oblique whistlers | seed population | Landau resonance | GEOSCIENCES, MULTIDISCIPLINARY | CHORUS WAVES | RESONANT INTERACTIONS | PRECIPITATION | VLF WAVES | FIELD | PARTICLE INTERACTIONS | PITCH-ANGLE DIFFUSION | GENERATION | Geophysics | Electrons | Radiations | Chorus | Radiation | Activation | Velocity distribution | Waves | Density | Accuracy | Energy | Plateaux | Mathematical models | Signatures | Electron energy | Electric fields | Geomagnetism | Numerical simulations | Computer simulation | Resonant interactions | Energy measurement | Geomagnetic field | Shells | Velocity | Trapping | Outer radiation belt | Nonlinearity | Pitch (inclination) | Interactions | Magnetic fields | Acceleration | Geomagnetic fields | Pitch angle | Whistlers | Sciences of the Universe | Astrophysics

nonlinear acceleration of electrons | radiation belts | oblique whistlers | seed population | Landau resonance | GEOSCIENCES, MULTIDISCIPLINARY | CHORUS WAVES | RESONANT INTERACTIONS | PRECIPITATION | VLF WAVES | FIELD | PARTICLE INTERACTIONS | PITCH-ANGLE DIFFUSION | GENERATION | Geophysics | Electrons | Radiations | Chorus | Radiation | Activation | Velocity distribution | Waves | Density | Accuracy | Energy | Plateaux | Mathematical models | Signatures | Electron energy | Electric fields | Geomagnetism | Numerical simulations | Computer simulation | Resonant interactions | Energy measurement | Geomagnetic field | Shells | Velocity | Trapping | Outer radiation belt | Nonlinearity | Pitch (inclination) | Interactions | Magnetic fields | Acceleration | Geomagnetic fields | Pitch angle | Whistlers | Sciences of the Universe | Astrophysics

Journal Article

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Thermal electron acceleration by localized bursts of electric field in the radiation belts

Geophysical Research Letters, ISSN 0094-8276, 08/2014, Volume 41, Issue 16, pp. 5734 - 5739

In this paper we investigate the resonant interaction of thermal ∼10–100 eV electrons with a burst of electrostatic field that results in electron acceleration...

thermal electrons | wave‐particle interaction | radiation belts | Wave-particle interaction | Radiation belts | Thermal electrons | WAVES | GEOSCIENCES, MULTIDISCIPLINARY | PLASMA | wave-particle interaction | MODE | REGION | Propagation | Electric fields | Geophysics | Electrons | Bursts | Resonant interactions | Nonlinearity | Acceleration | Electron acceleration | Electrostatics | Sciences of the Universe

thermal electrons | wave‐particle interaction | radiation belts | Wave-particle interaction | Radiation belts | Thermal electrons | WAVES | GEOSCIENCES, MULTIDISCIPLINARY | PLASMA | wave-particle interaction | MODE | REGION | Propagation | Electric fields | Geophysics | Electrons | Bursts | Resonant interactions | Nonlinearity | Acceleration | Electron acceleration | Electrostatics | Sciences of the Universe

Journal Article

Geophysical Research Letters, ISSN 0094-8276, 04/2015, Volume 42, Issue 8, pp. 2563 - 2570

The dynamics and structure of whistler turbulence relevant to electron acceleration in the Earth's outer radiation belt are explored with simulations and...

Earth's outer radiation belts | precipitating electrons | particle acceleration | parallel electric fields | ACCELERATION | GEOSCIENCES, MULTIDISCIPLINARY | CHORUS | Electric fields | Radiations | Nonlinear dynamics | Temperature | Turbulent flow | Radiation | Waves | Whistlers | Earth | Precipitation | Hot electrons | Dynamics | Temperature effects | Atmospheric precipitations | Electron energy | Scatter propagation | Turbulence | Fluctuations | Scattering | Flux | Electron acceleration | Fields | Simulation | Anisotropy | Whistler waves | Outer radiation belt | Bursting | Acceleration | Electron beams | Propagation

Earth's outer radiation belts | precipitating electrons | particle acceleration | parallel electric fields | ACCELERATION | GEOSCIENCES, MULTIDISCIPLINARY | CHORUS | Electric fields | Radiations | Nonlinear dynamics | Temperature | Turbulent flow | Radiation | Waves | Whistlers | Earth | Precipitation | Hot electrons | Dynamics | Temperature effects | Atmospheric precipitations | Electron energy | Scatter propagation | Turbulence | Fluctuations | Scattering | Flux | Electron acceleration | Fields | Simulation | Anisotropy | Whistler waves | Outer radiation belt | Bursting | Acceleration | Electron beams | Propagation

Journal Article

Nature communications, ISSN 2041-1723, 2015, Volume 6, Issue 1, p. 8143

Whistler-mode emissions are important electromagnetic waves pervasive in the Earth's magnetosphere, where they continuously remove or energize electrons...

ACCELERATION | GEOMAGNETIC-ACTIVITY | MECHANISM | ELECTRONS | MULTIDISCIPLINARY SCIENCES | WHISTLER-MODE WAVES | PITCH-ANGLE | DRIVEN | STORMS | Sciences of the Universe

ACCELERATION | GEOMAGNETIC-ACTIVITY | MECHANISM | ELECTRONS | MULTIDISCIPLINARY SCIENCES | WHISTLER-MODE WAVES | PITCH-ANGLE | DRIVEN | STORMS | Sciences of the Universe

Journal Article

Journal of geophysical research. Space physics, ISSN 2169-9380, 2014, Volume 119, Issue 3, pp. 1606 - 1626

Selected Time History of Events and Macroscale Interactions During Substorms observations at medium latitudes of highly oblique and high‐amplitude chorus waves...

oblique whistler waves | electron acceleration | WHISTLERS | RESONANT INTERACTIONS | ENERGIZATION | VLF WAVES | PARTICLES | ASTRONOMY & ASTROPHYSICS | PITCH-ANGLE | CYCLOTRON | RADIATION BELT ELECTRONS | ENERGY DIFFUSION-COEFFICIENTS | PROPAGATION | Propagation | Electric fields | Geophysics | Sciences of the Universe

oblique whistler waves | electron acceleration | WHISTLERS | RESONANT INTERACTIONS | ENERGIZATION | VLF WAVES | PARTICLES | ASTRONOMY & ASTROPHYSICS | PITCH-ANGLE | CYCLOTRON | RADIATION BELT ELECTRONS | ENERGY DIFFUSION-COEFFICIENTS | PROPAGATION | Propagation | Electric fields | Geophysics | Sciences of the Universe

Journal Article