Timo Laitinen
Timo Laitinen
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Physics - Space Physics
Solar energetic particle drifts in the Parker spiral
Drifts in the Parker spiral interplanetary magnetic field are known to be an important component in the propagation of galactic cosmic …
S. Dalla
,
M. S. Marsh
,
J. Kelly
,
T. Laitinen
Cite
DOI
arXiv
Energetic Particle Cross-field Propagation Early in a Solar Event
Solar energetic particles (SEPs) have been observed to easily spread across heliographic longitudes, and the mechanisms responsible for …
T. Laitinen
,
S. Dalla
,
M. S. Marsh
Cite
DOI
arXiv
Energetic Particle Diffusion in Critically Balanced Turbulence
Observations and modeling suggest that the fluctuations in magnetized plasmas exhibit scale-dependent anisotropy, with more energy in …
T. Laitinen
,
S. Dalla
,
J. Kelly
,
M. Marsh
Cite
DOI
arXiv
Heavy-ion acceleration and self-generated waves in coronal shocks
Context. Acceleration in coronal mass ejection driven shocks is currently considered the primary source of large solar energetic …
M. Battarbee
,
T. Laitinen
,
R. Vainio
Cite
DOI
arXiv
Acceleration of Energetic Particles Through Self-Generated Waves in a Decelerating Coronal Shock
We have developed a simulation model of particle acceleration in coronal shock waves. The model is based on a Monte Carlo method, where …
M. Battarbee
,
T. Laitinen
,
R. Vainio
,
N. Agueda
Cite
DOI
arXiv
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