• No results found

Turbulence in collisionless plasmas : statistical analysis from numerical simulations with pressure anisotropy

N/A
N/A
Protected

Academic year: 2020

Share "Turbulence in collisionless plasmas : statistical analysis from numerical simulations with pressure anisotropy"

Copied!
24
0
0

Loading.... (view fulltext now)

Full text

Loading

Figure

Figure 1. Stability conditions for models with the sound speed ratio a∥/a⊥ = 0.5(left panel) and a∥/a⊥ = 2.0 (right panel)
Table 1. Description of the performed simulations of the double-isothermalCGL-MHD turbulence with the resolution 5123
Figure 2. Column density for the different MHD and CGL-MHD modelscorresponding to the models presented in table 1.
Figure 3. PDFs of density for the studied models. The left column shows models1 and 2, the middle one shows models 3 and 4, and the right one shows models 4and 5, according to table 1
+7

References

Related documents

2- The neuroglia cells density (number of neuroglia cells) in all experimental groups increased in compare with control group and very near to compression group

interpretation crosses information concerning prescribed drugs, patient ’ s genetic variations to give a personalized report with all necessary information: drug interactions, drug

MRFs with guar gum coated CIPs provided higher yield stress and stability due to improved particle compatibility with carrier fluid and reduced density

In such countries where there are favourable conditions for the development of intellectual capital, it (intellectual capital)t urns into a leading endogenous driver of

The proposed scheme i.e., max sum and max min algorithms are compared to a benchmark scheme i.e., Maximize Throughput Gain (MTG) resource allocation algorithm in

[ 39 ] used a combination of self-report (i.e., BIS-11, UPPS-P, MCQ) and laboratory-based tasks (i.e., Go/NoGo Task, Conner ’ s CPT) to assess a proposed latent structure of

The only statistically significant difference between cell lines in the same culture platform or between culture platforms of the same cell line was a ~9-fold higher transcript

ARDS: acute respiratory distress syndrome; ATI: alveolar type I; ATII: alveolar type II; BASCs: bronchioalveolar stem cells; DASCs: distal airway stem cells; ENaC: epithelial Na +