Examples of 'electromagnetic radiation can' in a sentence
Meaning of "electromagnetic radiation can"
electromagnetic radiation can: This phrase indicates the capability or potential of electromagnetic radiation to perform a certain action or have a specific effect in a given context
How to use "electromagnetic radiation can" in a sentence
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electromagnetic radiation can
Electromagnetic radiation can have a variety of energies.
A laser using any form of electromagnetic radiation can be used.
Electromagnetic radiation can be useful as well as hazardous.
Nearly all frequencies and wavelengths of electromagnetic radiation can be used for spectroscopy.
Electromagnetic radiation can cause interference in other equipment.
Thus, particularly high permeabilities for high-frequency electromagnetic radiation can be obtained.
Electromagnetic radiation can cause disturbances in other equipment.
Thus, such experimentally determined absorption subrange electromagnetic radiation can be considered as the predetermined subrange.
Electromagnetic radiation can be either low or high frequency.
When molecules with non-zero dipole moments rotate, electromagnetic radiation can be absorbed or emitted.
Very high electromagnetic radiation can cause malfunctions.
The electromagnetic radiation can be detected by a photocell sensor.
Disturbances caused by electromagnetic radiation can result in erroneous measurements.
The electromagnetic radiation can be supplied continuously or in pulses.
The source of light or other electromagnetic radiation can comprise entirely conventional components.
See also
Electromagnetic radiation can also be described in terms of a stream of photons.
Other forms of electromagnetic radiation can also be collimated.
Electromagnetic radiation can also be described as a stream of particles known as photons.
However, unlike fields, electromagnetic radiation can be focused by reflection or refraction into beams.
Electromagnetic radiation can cause increased release of mercury in the organism.
The intensity of electromagnetic radiation can be expressed in W/m2.
Electromagnetic radiation can pose a fatal risk for people with pacemakers.
The first electromagnetic radiation can be achieved by a more or less long emission of a signal.
Electromagnetic radiation can be transmitted, reflected or scattered.
The heating electromagnetic radiation can be generated using emitter systems as described herein.
Electromagnetic radiation can be divided into eighty-one octaves.
An applied electromagnetic radiation can melt and can ablate the film at the impingement site.
Furthermore, the electromagnetic radiation can be broadband, narrowband or monochromatic.
The first electromagnetic radiation can be emitted by emitter 1 or by another device.
The first electromagnetic radiation can also be in a different range, for example the radiofrequency range.
The electromagnetic radiation can undergo complex reactions with biological tissues, including the skin.
Because electromagnetic radiation can affect all body systems, ongoing exposure can cause a progressive system shutdown.
The non-visible electromagnetic radiation can be UV radiation or infrared radiation.
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Further study employing electromagnetic induction recommended
The electromagnetic radiation may lead to interference
