Laitinen, Timo Lauri mikael and Dalla, Silvia (2024) Simulation data for paper "Interplay of large-scale drift and turbulence in the heliospheric propagation of solar energetic particles". [DataSet]

Description

The datasets contains the data analysed in paper "Interplay of large-scale drift and turbulence in the heliospheric propagation of solar energetic particles" by T. Laitinen and S. Dalla.

The file Simulation_sets.zip contains files Set_N_AAAA.csv, where N is an integer from 1 to 8, and AAAA is either "scat" or "turb". These files contain simulation data for 8 different simulation sets with two different types of simulations in each. The simulation sets are described in table1.csv, which contains the data in Table 1 of the paper. Further results are given in table2.csv, which contains the data in Table 2 of the paper

Set_N_AAAA.csv:
- t0: time of the first crossing of 1-au sphere (s)
- dt: time between the last and first crossing of the 1-au sphere (s)
- theta0: colatitude of the first crossing of 1-au sphere (degrees)
- dtheta: difference between the colatitudes of the last and first crossings of 1-au sphere (degrees)
table1.csv:
- Set: Simulation set identifier (string)
- E MeV: proton energy (MeV)
- Pol: Unipolar solar magnetic polarity (B+: outwards and B-: inwards pointing field)
- vd_theor: Drift velocity calculated at 1 au from theory (km/s)
- Sim: Simulation identifier (scat or turb)
- Lambda: Parallel mean free path in scat simulations (au)
- dB2B2_1au: Relative turbulence variance at 1 au
- vd_FL: Median drift velocity obtained from medians of each turbulence realisation drift velocities (km/s)
- vd_FL_std: standard deviation of the medians of each turbulence realisation drift velocities (km/s)
- table2.csv:
- Set: Simulation set identifier (string)
- rL_lambda_s: ratio of the particle’s Larmor radius and the breakpoint scale of the slab component of the turbulence
- fs_sim: Drift reduction factor obtained from simulations
- fs_sim_std: Standard deviation of drift reduction factor obtained from simulations
- fs_BAM: Drift reduction factor obtained from theory of Bieber & Matthaeus (1997)
- fs_Eng2017: Drift reduction factor obtained from theory of Engelbrecht et al. (2017)

Research / Data Type:	Dataset
Keywords:	Sun: particle emission, Sun: heliosphere, magnetic fields, turbulence, methods: numerical
Research Institutes:	Jeremiah Horrocks Institute > The Sun and the Heliosphere
Depositing User:	Timo Lauri mikael Laitinen
Date Deposited:	08 Jan 2025 15:44
Revision:	12
URI:	https://uclandata.uclan.ac.uk/id/eprint/508
Additional details Additional details Creators: Creators Email ORCID Laitinen, Timo Lauri mikael TLMLaitinen@uclan.ac.uk 0000-0002-7719-7783 Dalla, Silvia SDalla@uclan.ac.uk 0000-0002-7837-5780 Schools: School of Engineering and Computing* > Engineering, Construction, Maths and Physics* Research Groups: Solar Physics Collection period: From To January 2023 September 2024 Date: 12 December 2024 Date type: Publication Data collection method: Full-orbit test simulation of energetic particles in heliospheric turbulence. Keywords: Sun: particle emission, Sun: heliosphere, magnetic fields, turbulence, methods: numerical Projects: Grant Number Funder Name Funder ID ST/V000934/1 Science and Technology Facilities Council http://dx.doi.org/10.13039/501100000271 ST/Y002725/1 Science and Technology Facilities Council http://dx.doi.org/10.13039/501100000271 Status: Published Publisher: Zenodo Copyright holders: Laitinen, Timo Contact email address: rdmsupport@uclan.ac.uk Last Modified: 08 Jan 2025 15:44

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Interplay of la ... getic particles Interplay of la ... getic particles Interplay of la ... getic particles Resource Title: Interplay of large-scale drift and turbulence in the heliospheric propagation of solar energetic particles Resource Type: Publication Resource Identifier: 10.3847/1538-4357/ad9c3b Identifier Type: DOI CLoK URL: https://clok.uclan.ac.uk/54067/