How To Use Magnetic dip In A Sentence
-
Just as an ampere is a unit of electric current, a magneton is a unit of magnetic dipole moment.
-
The upper limit on the internal magnetic dipole moment is only 0.00005 of that of the Earth.
-
According to the similarity between the propagation of magnetic dipole source TEM field and reflected-seismic wave, it is proposed to explain TEM data with the pseudo-seismic interpretation.
-
Observations by Mariner 10 have demonstrated that Mercury does have an intrinsic magnetic dipole moment.
-
Underwater mountains, which are usually volcanic, often have magnetic dipoles.
-
The reason for the low upper limit on the internal magnetic dipole moment is not properly understood.
-
In order for a planet to possess a magnetosphere it need not have an internal magnetic dipole moment.
-
In order for a planet to possess a magnetosphere it need not have an internal magnetic dipole moment.
-
Just as an ampere is a unit of electric current, a magneton is a unit of magnetic dipole moment.
-
An orbiting electron in an atom will have a magnetic dipole moment
-
As the airplane turns, the force that results from the magnetic dip causes the float assembly to swing in the same direction that the float turns.
-
The basic pulsar model involves a magnetic dipole field tilted with respect to the rotation axis, beaming radio waves along the dipole axis as the star spins.
-
In order for a planet to possess a magnetosphere it need not have an internal magnetic dipole moment.
-
It is a good story to tell in class, not only because it teaches students about magnetic dip, but because it is an excellent example of what makes a scientific experiment.
-
Together, the two ends of the dumbbell were a pair of magnetic dipoles and opposites of each other, but were separated by a significant distance.
Ars Technica
-
In this case a substantial internal magnetic dipole moment is expected.
-
The result would be quite different if the magnetic dipoles were composed instead of free monopoles, analogous to electric charges.
-
The rotation depends on the scalar product of the electric dipole and magnetic dipole transition moments.
-
We derive an accurate and analytical expression for electromagnetic fields of a vertical magnetic dipole over an anisotropic uniaxial medium half-space.
