The effects of solar wind structure on nanodust dynamics in the inner heliosphere
Data files
Oct 08, 2020 version files 31.60 MB
-
nanodust_latlon_distribution.txt
1.35 MB
-
nanodust_modeled_hit_rate_at_stereo-a.txt
6.65 KB
-
nanodust_modeled_hit_rate_at_stereo-b.txt
6.65 KB
-
nanodust_qimp_distribution.txt
6.14 MB
-
nanodust_rz_distribution.txt
2.85 MB
-
nanodust_veldist.txt
13.57 MB
-
nanodust_xy_fluxes.txt
7.56 MB
-
stereo-a_nanodust_hitrate.txt
58.45 KB
-
stereo-b_nanodust_hitrate.txt
58.37 KB
Abstract
Datasets supporting the manuscript, "The effects of solar wind structure on nanodust dynamics in the inner heliosphere", J. Geophys. Res.: Space Physics
Datasets are output from a nanodust dynamics model that uses background MHD electromagnetic fields to trace 1-30 nm grains as they evolve from the inner solar system outwards under the influence of forces such as gravity, electromagnetism, and radiation pressure. Output variables include nanodust flux, velocity distributions, and both measured and predicted (relative) count rates at the positions of NASA's STEREO A and B spacecraft in 2007.
All files in plain ASCII format.