Sentence examples for magnetic fields do from inspiring English sources

The exception is for geosynchronous spacecraft, which due to diurnal variations in magnetic fields do not remain exactly conjugate, but continuously remain close to conjugate to two points near their longitude and at roughly ±65° magnetic latitude.

But though the charges of the three quarks add up to the charge of the proton, their combined magnetic moments (the strengths and directions of their magnetic fields) don't add up to nearly enough, and their mass adds up to barely 1% of the proton's.

This allowed the authors to conclude that magnetic fields do not always have negative influence.

These data suggest that magnetic fields do not have cumulative effects on melatonin secretion in humans.

The scientific evidence for other health issues investigated (e.g. other types of cancer and neurological disease) is weaker and in some cases "sufficient to give confidence that magnetic fields do not cause the disease" (p. 12).

[We note that even though the polarities and intensities of the static terrestrial electric and magnetic fields do not change significantly (except during specific periods as explained) there are always small changes and local variations in the direction of the field lines that make these natural static fields only partially and never totally polarized [ 3, 4].

In 1953, Dr. Abrikosov, then at the Kapitsa Institute for Physical Problems in Moscow, extended the Ginzburg-Landau equations to show that with the new superconductors, magnetic fields did not immediately destroy superconductivity, but instead passed through the material in cylindrical vortices, preserving superconductivity outside of the vortices.

In addition, the repeated applications of large pulsed magnetic fields did not significantly affect detector stability.

This arc moved poleward but bright auroras remained restricted to its vicinity, and magnetic fields did not intensify greatly.

However, detailed images of the sun's uppermost layers showed plasma flowing from the centers of sunspots toward their edges, making scientists question why the mutually repellent magnetic fields didn't fly apart as well.

The literature variously assumes constant magnetic fields, does not completely represent the variation in the imposed field, or its descriptions are inaccurate, since the fields do not comply with the Maxwell's equations of electromagnetism.