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This review presents var-ious models for the space–time structure and anisotropy of the turbulent fields in space plasmas, or equivalently the energy spectra in the wavenumber–frequency domain for the space–time structures and that in the wavevector domain for the anisotropies.
3. Dez. 2008 · Eight networks of wind observations are analysed in order to examine stochastically the space–time characteristics of such motions in the stable boundary layer. The networks include a variety of surface conditions and network configurations, although none of the networks is optimal for our studies. Collectively, the networks allow examination of scales from tens of metres to tens of kilometres.
anti-de Sitter space, 131-4, 188,206, 218 apparent horizon, 320, 321-3, 324 area law for black holes, 318, 332, 333 asymptotic flatness, 221-5 asymptotically simple spaces, 222: empty and simple spaces, 222 weakly asymptotically simple and empty spaces, 225, 310: asymptoti cally predictable spaces, 310, 311, 312
In this section, we rst introduce the space-time tensor capable fi of describing the space-time structure of turbulence. Then the spectral properties of lidar measurements are discussed. In the end, we show the lidar wind preview quality for turbine control purposes. we shall satisfy Equation (8) by.
`solution' -postulating absolute space-time to explain inertia as no better than explaining opium's property of inducing sleepiness by postulating a 'dor-mative virtue': inertia is 'explained' by postulating an 'inertial system. Brown's preferred solution is to take the absolute space-time structure as 'a codification
27. Feb. 2018 · Crystal structures and the Bloch theorem play a fundamental role in condensed matter physics. We extend the static crystal to the dynamic “space-time” crystal characterized by the general intertwined space-time periodicities in D + 1 dimensions, which include both the static crystal and the Floquet crystal as special cases.
16. Dez. 2010 · 3. Space-Time Tracking of Swell Fields 3.1. Space-Time Tracking Method [14] To study the structure of a swell field, it is necessary to identify and isolate its contribution to the sea state. Spectral partitioning is the first step of this task. At a given observation point, a set of partitions of the ocean wave spectrum is defined. Each ...
