… intrinsic model for modulational Alfvénic turbulence. This model results uniquely from the
Hamiltonian dynamics of an Alfvén wave in the same modulational … -amplitude Alfvén wave can …

… All of the above ideas about MDs are that they are structures that are created or are associated
with the Alfvén waves but are not an intrinsic part of the wave itself. We will show some …

… Since the model equations (8), (9), and (13) have considerable intrinsic mathematical interest,
… These restrictions on k and to mean that the analysis is strictly valid only for modulational …

… The excitation mechanism is the modulation instability induced by turbulent Reynolds stress…
) micro-turbulence. Such turbulence is robust at the plasma edge due to its intrinsic immunity …

… When an Alfvén wave propagates in a medium where the Alfvén speed … Alfvén waves. Such
waves could possibly represent a source for Alfvénic fluctuations detected in the turbulence …

… We analyze the turbulence down to small scales comparable to the ion inertial length
and show that magnetic compressibility is always large on these scales. Besides the shock-…

… as either due to intrinsic modification of the turbulence itself or … These waves usually exist in
imbalanced Alfvénic turbulence. … Two important processes responsible for the modulation of …

… nonlinear interplay of Alfvénic flutuations, turbulence, and ZS by … Burning plasmas are
characterized by an intrinsic nonlinear … ZS are driven due to modulational instability. When EPs …

… to disentangle intrinsic acceleration mechanisms from interplanetary modulation processes.
… In the presence of sub-Alfvénic flows, whistler turbulence can be generated at the stream …

… known that small scale turbulence is capable of transferring energy to a large scale structure
via an intrinsically nonlocal process—modulational instability of the turbulent spectrum. The …