ব্যাপ্তি বা ডিগ্রী যা কিছু চুম্বকিত করা হয়

magnetizations's Usage Examples:

One hypothesis holds that the crustal magnetizations were acquired early in lunar history when a geodynamo was still operating.

magnetic resonance imaging (MRI) sequence which uses steady states of magnetizations.

core), and the magnetizations that are present are almost entirely crustal in origin.

One hypothesis holds that the crustal magnetizations were acquired.

direction of the two magnetizations of the ferromagnetic films can be switched individually by an external magnetic field.

If the magnetizations are in a parallel.

antiferromagnetic phase, with the absolute value of one of the sublattice magnetizations differing from that of the other sublattice, resulting in a nonzero.

two complicated functions of time (the zero-field-cooled and remanent magnetizations) is a constant, namely the field-cooled value, and thus both share identical.

a non-magnetic layer is proportional to the scalar product of their magnetizations: w = − J ( M 1 ⋅ M 2 ) .

When the magnetically soft and hard materials have opposing magnetizations, the magnet produces no net external field across its poles, while when.

In electromagnetism, all magnetizations can be seen as microscopic persistent currents.

contain a record of remanent normal (parallel) or reversed (antiparallel) magnetizations in comparison to the current geomagnetic field.

does not protect a planet from atmospheric escape and that for some magnetizations the presence of a magnetic field works to increase the escape rate.

It introduces a phase factor to the magnetizations: Φ (z,τ) = (γI)(Gz)(τ) The time duration τ is in the order of milliseconds.

When the magnetically soft and hard materials have opposite magnetizations the magnet has no net field, and when they are aligned the magnet displays.

variation" in the orientation of magnetic north because their remanent magnetizations are not acquired instantaneously.

further elaborated by Kravchinsky, 2019) treats both induced and remnant magnetizations as vectors and allows theoretical estimation of the remnant magnetization.

At last we will introduce the reduced magnetizations: σ → a = M → a / λ N g μ B S a {\displaystyle {\overrightarrow {\sigma.

imaging (SSFP MRI) is an MRI technique which uses steady states of magnetizations.

external magnetic field, emerging from the alignment of elementary magnetizations along the field direction.

tunneling current in the case of parallel alignment of the electrode magnetizations.

over the volume V of the magnet: Suppose there are two magnets with magnetizations M1 and M2.

magnetizations's Meaning':

the extent or degree to which something is magnetized

Synonyms:

quantity; measure; amount; magnetic flux; magnetisation;

Antonyms:

anastalsis; inactiveness; dormant; inaction; passive;