Sentence examples for whose electromagnetic from inspiring English sources

Hit hard by the recession, the electronics and technology company, whose electromagnetic shielding devices are used in laptops and mobile phones, has slashed costs.

This sea clutter — energy reflected from objects other than those the radar is seeking — is particularly challenging for shipborne and shore-based radar systems, whose electromagnetic energy interacts with the sea surface at near-horizontal angles of incidence.

Why does theory predict that a black hole is accelerating matter that emits X-rays instead of a Protonic star whose electromagnetic strength is attracting electrons that in turn emit the X-rays?

A key one is the way it affects polarized light light whose electromagnetic waves ripples in a single direction.

Metamaterials are artificially structured materials, whose electromagnetic properties can be tailored and tuned in ways not easily accomplished with conventional materials.

Smith is best known for his theoretical and experimental work on electromagnetic metamaterials – artificially structured materials, whose electromagnetic properties can be tailored and tuned in ways not easily accomplished with conventional materials.

Jupiter has a magnetic field far stronger than Earth's and many more trapped electrons, whose synchrotron radiation (electromagnetic radiation emitted by high-speed charged particles that are forced to move in curved paths, as under the influence of a magnetic field) is detectable from Earth.

We name our target array CVA since it is a conformal array whose elements are electromagnetic vector sensors.

These are electromagnetic waves whose frequency is higher than microwaves but lower than optics.

This behaviour was puzzling in the context of classical electromagnetic waves, whose energies are proportional to intensity and independent of frequency.

These effects implicitly rely on an electromagnetic cavity whose dissipation rate vastly exceeds that of the mechanical oscillator, a condition naturally satisfied in most optomechanical systems.