|
jupiter |
7 |
|
aurora |
6 |
|
magnetosphere |
6 |
|
current sheet |
5 |
|
dipolarization |
4 |
|
jovian magnetosphere |
4 |
|
juno |
4 |
|
magnetic reconnection |
4 |
|
ech waves |
3 |
|
field-aligned currents |
3 |
|
jovian aurora |
3 |
|
planets and satellites: gaseous planets |
3 |
|
plasma sheet |
3 |
|
saturn |
3 |
|
substorm |
3 |
|
alfvénic power |
2 |
|
auroras |
2 |
|
betatron acceleration |
2 |
|
bursty bulk flow |
2 |
|
cassini |
2 |
|
chandra x-ray observatory |
2 |
|
cnns |
2 |
|
dipolarization front |
2 |
|
dipolarizing flux bundle |
2 |
|
electron acceleration |
2 |
|
ena |
2 |
|
enhanced solar wind |
2 |
|
falling tone |
2 |
|
field-aligned current |
2 |
|
flc scattering |
2 |
|
flux rope |
2 |
|
global mhd simulation |
2 |
|
global simulation |
2 |
|
high-speed flow |
2 |
|
interchange structures |
2 |
|
jovian magnetodisc |
2 |
|
jovian magnetopause |
2 |
|
jupiter's magnetosphere |
2 |
|
kelvin-helmholtz instability |
2 |
|
kinetic scale |
2 |
|
machine learning |
2 |
|
magnetic dip |
2 |
|
magnetic field line curvature |
2 |
|
magnetic hole |
2 |
|
magnetodisc |
2 |
|
magnetosheath |
2 |
|
magnetosphere-ionosphere coupling |
2 |
|
methods: data analysis |
2 |
|
mhd simulation |
2 |
|
narrow band emission |
2 |
|
oxygen ion escape |
2 |
|
partial ring current |
2 |
|
periodicities |
2 |
|
periodicity |
2 |
|
planetary systems |
2 |
|
planets and satellites: individual: io |
2 |
|
planets and satellites: magnetic fields |
2 |
|
plasma |
2 |
|
plasmadisc |
2 |
|
pressure gradient |
2 |
|
quasi-periodic oscillations |
2 |
|
ring current |
2 |
|
rising tone |
2 |
|
saturn's magnetosphere |
2 |
|
skr |
2 |
|
solar wind |
2 |
|
solar wind compression |
2 |
|
space missions |
2 |
|
structure |
2 |
|
substorm current wedge |
2 |
|
transfer learning |
2 |
|
transformer |
2 |
|
ulf waves |
2 |
|
venusian induced magnetosphere |
2 |
|
wedgelet |
2 |
|
acceleration of particles |
1 |
|
atmospheric effects |
1 |
|
atmospheric ion escape |
1 |
|
auroral arc |
1 |
|
auroral breakup |
1 |
|
auroral brightening |
1 |
|
auroral dawn storm |
1 |
|
auroral poleward expansion |
1 |
|
balloon-borne telescope |
1 |
|
betatron |
1 |
|
betatron cooling |
1 |
|
boundary |
1 |
|
broadband high-frequency waves |
1 |
|
bursty bulk flows |
1 |
|
charge exchange |
1 |
|
coalescence of flux ropes |
1 |
|
compressional wave |
1 |
|
contraction of the auroral oval |
1 |
|
convection electric field |
1 |
|
current carrier |
1 |
|
current disruption |
1 |
|
current generation mechanism |
1 |
|
current structure |
1 |
|
current system |
1 |
|
dark polar region |
1 |
|
dawn-dusk asymmetry |
1 |
|
dawn-dusk distributions |
1 |
|
deep space exploration |
1 |
|
diamagnetic current |
1 |
|
diamagnetic drift |
1 |
|
diploarization front |
1 |
|
dipolarization fronts |
1 |
|
discipline development |
1 |
|
discipline of planetary physics |
1 |
|
dissipation |
1 |
|
donut like |
1 |
|
dune aurora |
1 |
|
earth |
1 |
|
earthward evolution |
1 |
|
earthward flow |
1 |
|
electric field |
1 |
|
electromagnetic ion cyclotron wave |
1 |
|
electron beam |
1 |
|
electron butterfly pitch angle distributions |
1 |
|
electron cyclotron waves |
1 |
|
electron dynamics |
1 |
|
electron flow vortex |
1 |
|
electron magnetohydrodynamics |
1 |
|
electron pitch angle |
1 |
|
electron precipitation |
1 |
|
electron pressure |
1 |
|
electron vortex |
1 |
|
electrostatic solitary waves |
1 |
|
emic waves |
1 |
|
energetic particles |
1 |
|
energy |
1 |
|
enhanced equatorial convection |
1 |
|
equatorward aurora intensification |
1 |
|
exohiss |
1 |
|
fast flow |
1 |
|
fermi acceleration |
1 |
|
field aligned current |
1 |
|
field line resonance (flr) |
1 |
|
flapping wave |
1 |
|
flapping wave model |
1 |
|
flow diversion |
1 |
|
flow rebounce |
1 |
|
flow vortex |
1 |
|
flux pileup region |
1 |
|
flux ropes |
1 |
|
flux tube |
1 |
|
frozen-in condition |
1 |
|
full moon time |
1 |
|
generalized ohm's law |
1 |
|
geomagnetic field |
1 |
|
geomagnetic storms |
1 |
|
geotail |
1 |
|
giant undulations |
1 |
|
global-scale current systems |
1 |
|
ground-based telescope |
1 |
|
hall electric field |
1 |
|
hst |
1 |
|
hubble |
1 |
|
hubble space telescope |
1 |
|
ice giants |
1 |
|
in situ measurements |
1 |
|
interchange injection |
1 |
|
intermittent energy conversion |
1 |
|
interplane magnetic field |
1 |
|
interplanetary magnetic field |
1 |
|
interplanetary shock |
1 |
|
io plasma torus |
1 |
|
ion anisotropy |
1 |
|
ion escape |
1 |
|
ion velocity distribution |
1 |
|
ionosphere |
1 |
|
ionospheric currents |
1 |
|
jedi |
1 |
|
juno-uvs |
1 |
|
jupiter aurora |
1 |
|
kdv soliton |
1 |
|
kinetic size |
1 |
|
kronian magnetosheath |
1 |
|
large scale deflection |
1 |
|
loading-unloading process |
1 |
|
lunar soil |
1 |
|
lunar wake |
1 |
|
magnetic curvature |
1 |
|
magnetic dipolarization |
1 |
|
magnetic fields |
1 |
|
magnetic flux ropes |
1 |
|
magnetic gradient drift |
1 |
|
magnetic holes |
1 |
|
magnetic null |
1 |
|
magnetic null point |
1 |
|
magnetopause |
1 |
|
magnetosheath fluctuation |
1 |
|
magnetosonic |
1 |
|
magnetosphere vortex |
1 |
|
magnetospheric multiscale (mms) mission |
1 |
|
magnetospheric substorm |
1 |
|
magnetotail |
1 |
|
magnetotail dynamics |
1 |
|
mapping |
1 |
|
mars |
1 |
|
martian atmosphere |
1 |
|
martian ionosphere |
1 |
|
martian magnetosphere |
1 |
|
martian proton aurora |
1 |
|
mercury |
1 |
|
methods: statistical |
1 |
|
mirror mode |
1 |
|
mirror mode wave |
1 |
|
mms |
1 |
|
multiple reflection |
1 |
|
near-earth magnetotail |
1 |
|
observation schedule |
1 |
|
optical observation |
1 |
|
origin of waves |
1 |
|
oscillation |
1 |
|
particle trapping |
1 |
|
pbis and streamers |
1 |
|
pickup ions |
1 |
|
pitch angle scattering |
1 |
|
planets and satellites: atmospheres |
1 |
|
planets and satellites: aurorae |
1 |
|
planets and satellites: individual: mars |
1 |
|
planning proposal |
1 |
|
plasma bubble |
1 |
|
plasma moment |
1 |
|
plasma sheet boundary layer (psbl) |
1 |
|
plasma sheet pressure |
1 |
|
plasma wave |
1 |
|
plasmapause |
1 |
|
plasmapause surface wave |
1 |
|
plasmapause surface waves |
1 |
|
plasmas |
1 |
|
power |
1 |
|
pressure balance |
1 |
|
propagation |
1 |
|
propagation velocity |
1 |
|
proton aurora |
1 |
|
proton energization and heating |
1 |
|
proton fluxes |
1 |
|
quasi-linear theory |
1 |
|
radiation belt |
1 |
|
radiation belts |
1 |
|
radiation mechanisms: non-thermal |
1 |
|
radio |
1 |
|
reconnection |
1 |
|
reconnection rates |
1 |
|
reconstruction |
1 |
|
rings |
1 |
|
saps |
1 |
|
saturn magnetosphere |
1 |
|
sawtooth aurora |
1 |
|
separator reconnection |
1 |
|
shock |
1 |
|
site testing |
1 |
|
slow mode |
1 |
|
small size |
1 |
|
solar cycle |
1 |
|
solar system planets observation |
1 |
|
solar wind dynamic pressure |
1 |
|
solar wind interaction |
1 |
|
solar wind pressure pulse |
1 |
|
solar wind vy |
1 |
|
solar wind-moon interaction |
1 |
|
soliton |
1 |
|
standing wave |
1 |
|
storm |
1 |
|
subauroral proton arc |
1 |
|
substorm at mercury |
1 |
|
substorm growth phase |
1 |
|
substorm onset |
1 |
|
substorms |
1 |
|
sudden impulse |
1 |
|
suprathermal electrons |
1 |
|
suprathermal particle flux |
1 |
|
telescopes |
1 |
|
test particle simulation |
1 |
|
thermal pressure |
1 |
|
tianwen-1 |
1 |
|
transient magnetic structure |
1 |
|
transit-time |
1 |
|
transpolar arcs |
1 |
|
turbulence |
1 |
|
turbulent |
1 |
|
ulf wave |
1 |
|
ultra low frequency wave |
1 |
|
ultra-low frequency (ulf) wave |
1 |
|
ultraviolet |
1 |
|
ultraviolet emission |
1 |
|
uranus |
1 |
|
uv |
1 |
|
uvs |
1 |
|
vortex |
1 |
|
voyage 2050 |
1 |
|
voyage-2050 |
1 |
|
wave-particle interactions |
1 |
|
whistler mode waves |
1 |
|
windsock |
1 |
|
x-ray |
1 |
|
x-rays: general |
1 |
|
xmm-newton |
1 |
