Titlebook: Wave Turbulence; Sergey Nazarenko Book 2011 Springer-Verlag Berlin Heidelberg 2011 fluid vortices.geophysical flows.nonlinear optics.nonli

慷慨援助

Wave Turbulence Formalism wayfor study of the turbulence intermittency phenomenon. Most of the derivations are doneusing Petviashvilli model as a master example. This is followed by extensions to thefour-wave and higher-order wave models.

modifier

我正派

攀登

Bose-Einstein Condensation by breakdown of weakly nonlinear description and creation of a gas ofstrongly nonlinear vortices which undergo annihilations resulting in a vortex-free coherentcondensate with random acoustic Bogoliubov waves engaged in mutual three-waveinteractions

灌溉

Calibrate

For the Impatient: A WT Cheatsheetor the capillary waves, the speed of sound for the acoustic waves,the circulation quantum for Kelvin waves on quantized vortex lines. This is followed bypresenting a theory of strong Wave Turbulence using the critical balance approach.

acrophobia

For the Impatient: A WT Cheatsheetor the capillary waves, the speed of sound for the acoustic waves,the circulation quantum for Kelvin waves on quantized vortex lines. This is followed bypresenting a theory of strong Wave Turbulence using the critical balance approach.

軍械庫(kù)

debble

Properties of the Higher-Order Statistics. Intermittency and WT Life Cycle to the rogue wave phenomenon in WT context. Further, the findings aboutthe k-space and the amplitude space fluxes are combined into a two-dimensional flux onthe wavenumber-amplitude plane, which leads to the unifying picture of a WT life cyclewhich describe coexisting and interacting random and coherent wave components

Habituate