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Soviet [[EU-NATO-US frequency bands|D or E-band]] nodding height finding radar used with the [[S-75 Dvina

...s potential as a semiconductor for applications requiring high power, high frequency or a large degree of chemical inertness.

Coded, Orthogonal, Frequency Division, Multiplexing ...ignal can take up as much time as it needs, but is restricted to a smaller frequency range to avoid interference with other signals.

...re defined to operate in a variety of geographic regions with a variety of frequency bands.

...es}}</noinclude>A standardization of [[Pitch (music)|pitch]] that sets the frequency of a simple [[Tone (music)|tone]] at pitch ''A''4 (the ''A'' above middle '

...form]] includes the [[software-defined radio]] not only to emulate a given frequency range and modulation, but encryption, medium-sharing technique for multiple

Its main successor is the [[PRC-119|AN/PRC-119]], which added [[SINCGARS]] frequency agility; the PRC-119 will be replaced by new [[software-defined radio]]s, i ...ting in the [[ITU frequency bands|high HF/low VHF frequency band]] using [[frequency modulation]] (FM), it had a maximum range, using full power and its standar

...oscopy]] &mdash; the analysis of absolute and/or relative contributions of frequency components to the spectrum of a given sample or object.

...be radio with preselected frequencies in the 38.0 to 54.9 MHz range, using frequency modulation without any electronic protection. ...save for operating frequencies, which went into the upper end of the High Frequency (HF) band for the -8 and -9.

..., and governmental applications due to its low cost and flexibility. Radio frequency (RF) waves are used for communication between the transponder, or tag, and ...decode the identification number of the tag. As the data is encoded in the frequency spectrum, the unique ID created is called a spectral signature.

..., and governmental applications due to its low cost and flexibility. Radio frequency (RF) waves are used for communication between the transponder, or tag, and ...decode the identification number of the tag. As the data is encoded in the frequency spectrum, the unique ID created is called a spectral signature.

...se ideal properties include: independence from field strengths, direction, frequency, or polarization, and from temperature.

..., and, when going more than a specified distance offshore, carrying [[ITU frequency bands|MF/SSB]] radio, [[INMARSAT]] satellite communications, and [[NAVTEX]]

...s changes in the intensity of a signal at one frequency when the resonance frequency of a different nucleus is irradiated, due to dipole-dipole interactions bet ...<math><S_z></math> is the magnetization of spin S after irradiation at the frequency of spin I,

In [[multispectral scanning]], the number of discrete frequency (or equivalent) bands recorded in an individual pixel. Remember that relati

...chniques to put a continuously varying instrument reading onto a [[radio]] frequency received by an earth station. Extremely complex analog tape recorders, wit ...pollo]], [[IEEE frequency bands|S-band]] was common, rather than the [[ITU frequency bands|VHF]] of the Second World War and through the fifties.

...ty in the [[head]]; [[scalp]]; or [[neck]]. The subtypes are classified by frequency and severity of symptoms. There is no clear cause even though it has been a

...eception of radio signals made through certain assigned bands in the radio frequency spectrum by private individuals for non-commercial and two-way purposes. Mi ...[Slow Scan Television]] is a popular way of transmitting images over lower frequency bands, in higher bands (ATV) [[Amateur Television]] is becoming a more soph

...nclude [[EU-NATO-US frequency bands|E/F and I/J military bands]] or [[IEEE frequency bands|IEEE S or X bands]], with power levels from 10 to 60 kilowatts.

{{r|Frequency agility}}