The highest correlation is found between hourly mean phase rate variations and hourly ranges of the magnetic field vertical component.
Using the trajectory-tracing technique for cosmic rays in the geomagnetic field, vertical cutoff rigidity values for a world grid have been determined for Epoch 1850.
The high number of electromagnetic probes mounted on the components of the load assembly allowed to analyse the response of each structure to a variation of the magnetic field vertical component.
The magnetopause location is generally believed to be determined by the solar wind dynamic pressure and by the sign and value of the interplanetary magnetic field vertical (BZ) component.
An analysis is presented of the transient longitudinal vibrations of a cylindrical rod connected to an elastic half-space under the condition that an arbitrarily shaped free field vertical acceleration is given as an input.
The design and implementation of a feedback control system of the magnetic field vertical component before the gas ionization allowed meeting the requirement of an accurate control of this quantity in view of operation at higher plasma current and independently of the magnetizing winding programming.
It is concluded that: (a) He+ density subtroughs like ESF are controlled by pre-reversal enhancement electric field (vertical drift); (b) He+ density subtroughs and ESF/bubble irregularities may be considered as phenomena of the same plasma bubble origin; (c) it seems, plasma bubbles, reaching the topside ionosphere altitudes, are most easily observable in He+ density as depletions.
Axons were traced from narrow and wide field vertical cells in the deep part of the superficial gray layer to the gray matter surrounding the fiber fascicles of the optic layer.
Variables u and v get values in the ranges [1, Vdim] and [1, Hdim] respectively, where Vdim and Hdim are the motion field vertical and horizontal dimensions (same as the corresponding frame dimensions in pixels).
In our study, the CEJ did not occur, but the electric field vertical component intensity decreased in relation to its typical value [approximately around 5 to 10 mV/m (Denardini et al. 2013)].
As the parameters that can be controlled by human on the field, vertical density of radial well is the most crucial in the respect of guiding function of fracture orientated propagation.
