Sentence examples for radiated electromagnetic from inspiring English sources

Besides the comparison of friction wear properties under different current and speed conditions [6, 7], there were also constant interests in the electrical temperature characteristics [8], conducted and radiated electromagnetic emission, etc. [9, 10].

He also noted that a hacker, "wouldn't need to use any invasive measures to tap a copper cable," because they radiated electromagnetic energy.

As a result, the electric and the magnetic fields at the top of the patch are improved, the radiated electromagnetic beam size reduces which results in a highly focused beam and hence the antenna directivity and gain are improved, while the beam are is reduced.

The radiated electromagnetic waves intensity of the proposed antenna is improved compared with the conventional patch antenna due to the electric and magnetic coupling enhancements.

The paper focuses on radiated electromagnetic energy as a cause for a possible faulty behavior: results show that input and output channels of the FPAA are affected by the presence of noise due to the coupling of the incident field with the board, and that the susceptibility profile depends on the configuration of the FPAA and the field's polarization.

That selective absorber is thermally coupled to a selective emitter, which then thermally radiates electromagnetic radiation.

All bodies radiate electromagnetic energy as heat; in fact, a body emits radiation at all wavelengths.

A hearing loop, installed around the periphery of a room, is a thin copper wire that radiates electromagnetic signals.

In addition to mandatory requirements that concern the communication qualities of radio equipment, there are also regulations which aim to limit interference from any equipment that radiates electromagnetic waves, intentionally or not.

Just as radio frequency and microwave antenna technologies have enabled countless unprecedented applications (cellular and satellite communications, radar and biomedical imaging, among others), the ability to radiate electromagnetic fields within a chip in a controlled manner would allow us to overcome the aforementioned limitations and open doors to a wide range of new functionalities.

But that turning will also cause the electron to radiate electromagnetic waves, much as a wet dishcloth will fling off drops of water if you whirl it above your head.