Sentence examples for broader range of frequencies from inspiring English sources
Cisco and opponents of the proposal say equipment that "hops" a broader range of frequencies will interfere with existing devices and use up far too much of the unprotected wireless spectrum.
A much broader range of frequencies was recorded by the land-streamer method, which is a result of a high-level coupling of the geophone and its shape as shown in Fig. 8a.
Instead of limited optimal range of signal frequency for regular arrays, irregular arrays can result in a more consistent performance over a broader range of frequencies, such as those associated with speech [6].
Results demonstrate that elasticity and porosity can be combined with trailing-edge sweep and serrations to reduce the scattered noise at a broader range of frequencies for poroelastic plates.
Developmental exposure to the Fox River PCB mixture caused similar deficits that extended across a broader range of frequencies (Powers et al. 2006).
As written words are composed of high-contrast edges, high spatial frequencies predominate; whereas as faces have a combination of sharp edges and smooth contrast gradients, they comprise a broader range of frequencies, with lower SF power than words.
The Home RF companies contend that as more and more voice calls are carried over DSL and cable connections, a broader range of frequency hopping will be needed to adequately carry those calls on fixed wireless networks.
Today's devices, which are routinely implanted, can stimulate the auditory nerve across a broad range of frequencies.
Ordinary light sources are not suitable for isotope separation because they emit a broad range of frequencies that excites all the isotopes of an element.
They are able to communicate over a broad range of frequencies at once (this is called "spread spectrum"), to help each other out ("mesh networks") and to adapt to the local environment ("agile radio").
This radiation is dramatically different from the emission from electrons moving at low speeds: it is (1) strongly concentrated in the forward direction, (2) spread out over a broad range of frequencies, with the average frequency increasing with the electron's energy, and (3) highly polarized.
