Comparison of power spectra between the GRIMM and xCHAOS static core field (CF), secular variation (SV) and acceleration (SA).
khala "threshing floor" [1/8]: Proto-Dravidian *qal "field" DEDR 1376 ← Proto-Zagrosian *qal "field", cf. Proto-Elamite *xal, Elamite hal "land" 6.
Power spectra at a = 6371.2 km for the static core field (CF), SV and acceleration (SA) for the four models: GRIMM, BSN, USN, WSN.
In Fig. 6, the power spectra of the static core field (CF), SV and SA for the four models GRIMM, BSN, USN, WSN, are compared.
Figure 4 gives the power spectra of the static part of the core magnetic field (CF), its SV and its acceleration (SA), for year 2005.4.
From accurate measurement of magnetic susceptibility K̄ of powder sample and single crystal of cubic Dy2Ti2O7 (DyT) between 300 and 70 K, a change of slope of 1/K̄ was detected at 130 K because of crystal field (CF) effect.
In §4, we will give explicit estimates on the size of the genus of a quaternion algebra over the field of rational functions of a split elliptic curve over a number field (cf. Theorem 4.1).
We make the following observations: The electric field is subject to high-frequency oscillations during the geomagnetic storm, a clear peak phase (as usually observed for the magnetic field, cf. Fig. 3) is in general not recognizable.
The expansions of the factorial explanation and of the news report are external in orientation — both texts are concerned with "building field" (cf. Martin 1993, for the notion of building field).
Numerous cracks and structures in addition to principal displacement shears develop in a shear zone with a scale from a shear experiment in laboratory to surface rupture in field (cf. Tchalenko 1970).
