Sentence examples for fields can be explained from inspiring English sources

The changes in the amplitude of the oscillations in oblique magnetic fields can be explained as follows.

The stress field in this study area can be explained by a combination of local thermal stress and regional tectonic stress.

Thatcher says that "where data are well distributed the velocity field can be explained well by rigid block motion and fault slip across block boundaries".

Based on the technique presented, the source of asymmetry of the sound field can be explained in terms of physics of a moving source.

The loss tangent as a function of bias field can be explained by the fact that high bias field leads to higher leakage, which causes a higher dielectric loss.

Approximately 16% of the variations in the geomagnetic field can be explained by the linear relationship between geomagnetic and solar activities (R2 = 0.15798, Figure 5a) and the majority variations in ∆Ap are linked to the 11-year solar circle.

The increase in AC conductivity with applied field can be explained on the basis of pumping force of the applied field which promotes the transfer of charge carriers between the two Fe ion states and also the liberation of charges from different trapping centers.

Instead, many of the previous misconceptions in this field can be explained by interference from AdK isoenzymes.

Additionally, the slight transfer of changes in synaptic strength from one stimulus position to the next within a receptive field can be explained by partial overlap of the inputs activated by different stimuli as previously suggested (Meliza and Dan, 2006).

Our findings do not support significant expression of CK in normal liver and most liver pathologies, but rather indicate that many of the previous misconceptions in this field can be explained by interference from AdK isoenzymes.

Transport mechanism of the substance after the application of electric field can be explained by following (4) [ 10]: (4) J L = J p + J er + J eo, where JL is the mole flux of the substance L, J p is the passive flux, Jer represents electrorepulsive contribution, and Jeo depicts the electroosmotic flux.