The phrase "all electromagnetic" is correct and usable in written English.
It can be used in contexts discussing electromagnetic phenomena, fields, or waves, often in scientific or technical discussions.
Example: "The device is designed to detect all electromagnetic signals within a specified range."
Alternatives: "entire electromagnetic spectrum" or "complete electromagnetic range".
Polarization refers to the orientation of the oscillations in a transverse wave; all electromagnetic waves are transverse oscillations of electric and magnetic fields.
Though he was unsuccessful in his goal to formulate electrodynamics, Helmholtz was almost able to deduce all electromagnetic effects from the ether's supposed properties.
The amplitudes of the fields are not independent; Maxwell's equations show that E0 = cB0 for all electromagnetic waves in a vacuum.
All electromagnetic waves travel with the same velocity in a vacuum at the speed of light, which is 299,792,458 metres, or about 186,282 miles, per second.
Since the same conclusion would have held if n wavelengths had been involved instead of one, all electromagnetic radiation from a given object will show the same cosmological redshift if the universe (or, equivalently, the average spacing between galaxies) was smaller at the epoch of transmission than at the epoch of reception.
All electromagnetic analyses are done using commercial software.
If the condition sounds familiar, that's probably because it's prominently featured in the Breaking Bad spinoff Better Call Saul, in which Saul's brother Chuck hides away in his own home to protect himself from all the electromagnetic signals the world sends his way.
As known to all, any electromagnetic (EM) waves radiated by certain antenna with some polarization mode hold polarization characteristics, and any polarized state (PS) can be represented by two orthogonal components, thereby we know the orthogonally dualpolarized antenna (ODPA).
An EMVS can therefore measure all the six electromagnetic field components induced by any electromagnetic incidence.
It predicts that at a high enough energy, all the forces — electromagnetic, strong and weak — have identical strengths.
We have also analyzed the intensity profile and relative difference for all the other electromagnetic field components using the ILA formulation.
