waveband's Usage Examples:

radio, microwave, infrared, optical, ultra-violet, X-ray and gamma ray wavebands.

With its narrow field, the visible waveband capability is truly valuable to identify targets in situations where visual.

Astronomers place the submillimetre waveband between the far-infrared and microwave wavebands, typically taken to be between a few hundred micrometres.

This made it impossible for the LZ 130 to investigate the very wavebands the British were using.

Compared to optical astronomy, which is sensitive to the hot universe (stars are generally a few thousand degrees Celsius), radiotelescopes that operate in the millimeter wavebands, such as NOEMA or the IRAM 30-meter telescope, probe the cold universe (around -250 degrees Celsius).

transition, television receivers in the UK had to handle both the VHF and UHF wavebands, which added to the cost of producing the sets.

(a) a single fiber in a bundle, (b) a single waveband within fiber, (c) a single wavelength within a waveband (or fiber), or (d) a set of time-slots within.

strong enough source for reflected UV photography although the emission waveband is typically somewhat narrower than sunlight or electronic flash.

for transmissometers is 550 nm, which is in the middle of the visible waveband, and allows a good approximation of visual range.

or heat, but does include degradation in all of the ultraviolet light wavebands.

exposed to selected conditions of space (space vacuum and/or defined wavebands and intensities of solar ultraviolet radiation).

The EPR waveband is stipulated by the frequency or wavelength of a spectrometer's microwave source (see Table).

significant because there are few sources capable of providing radiation in this waveband, others include frequency multiplied electronic/microwave sources, quantum.

Synonyms:

frequency band, band,

Antonyms:

detach, untie,