Correction to "Topographically induced height errors in predicted atmospheric loading effects"

In the dromedary camel, the loading and stocking density may be considered as preslaughter stressfull factors capable of altering physiological, hematological, biochemical and

data is acquired (even strong differences between two successive months) and on the time span between two consecutive campaigns. We conclude that the impact of the different

Generally speaking, with air and water loading, the predicted radiation efficiency, mean square velocity, and radiated sound power of porous plates are less than the predicted

The aim of this paper is to show the improvement in terms of reduction of variance of gravity or tilt residuals, when correcting atmospheric and induced oceanic loading effects

As described elsewhere, in high magnetic field this off-diagonal component is independent of scattering, contains on- ly this one many-body effect, and appears to be iden- tical

In this paper, we assess the quality of five CWS mass model induced vertical surface displacements, that is the CWS estimates from the monthly and three-hourly GLDAS, monthly and

TRIP steel samples undergoing uniaxial tensile loading at various temperatures: (a) Evolution of austenitic volume fraction as a function of axial strain, (b) effective

Table 1 shows that with the increase of the powder mass feed rate from 0.1 to 5 g/min the percentage of the powder evaporated decreases from 48% to 36%. Clearly this is due to