195 citations · 3.8k across the 136 of their papers we have counts for
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Turbulent magnetic pressure instability in stratified turbulence
Koen Kemel, Axel Brandenburg, Nathan Kleeorin +1
A reduction of total mean turbulent pressure due to the presence of magnetic fields was previously shown to be a measurable effect in direct numerical simulations. However, in the…
Comment on paper by L. M. Malyshkin and S. Boldyrev, "Magnetic dynamo action at low magnetic Prandtl numbers", PRL 105, 215002 (2010)
Nathan Kleeorin, Igor Rogachevskii
Is the scaling, λ\sim Rm^{1/2}, for the growth rate of small-scale dynamo instability at low magnetic Prandtl numbers and large magnetic Reynolds numbers, Rm, valid in the vicinity…
The negative magnetic pressure effect in stratified turbulence
K. Kemel, A. Brandenburg, N. Kleeorin +1
While the rising flux tube paradigm is an elegant theory, its basic assumptions, thin flux tubes at the bottom of the convection zone with field strengths two orders of magnitude a…
The negative effective magnetic pressure in stratified forced turbulence
Axel Brandenburg, Koen Kemel, Nathan Kleeorin +1
To understand the basic mechanism of the formation of magnetic flux concentrations, we determine by direct numerical simulations the turbulence contributions to the mean magnetic p…