Sentence examples for simultaneous frequencies from inspiring English sources

Working frequency of superlenses has been extended to the mid-IR region [69 71], and multi-wavelength superlens consisting of multilayer of polar dielectric materials exhibiting sub-diffraction imaging in three simultaneous frequencies was also presented [72], while the bandwidths of the individual superlenses are still narrow.

The sonar system emitted a dual simultaneous frequency of 100 and 500 kHz with a resulting swath width of 200 m and was towed about 30 m above the seafloor at constant speed of 2 3 knots.

Simultaneous frequency measurement of a 657-nm cw laser by use of the stabilized frequency combs from this Cr:forsterite system and a Ti:sapphire laser agree at the 10 -13 10 -13.

The simultaneous frequency and amplitude analysis of impedance spectra allowed the determination by extrapolation of electric element values corresponding to the zero value of the perturbation signal.

This paper presents a novel hydraulic actuation system which is capable of achieving simultaneous frequency and phase matching between the power system and a 100 kW generator within 1 s.

With the objective of providing indoor localization, this paper presents the experimental analysis of simultaneous radio frequency measurements from two different radio frequency systems: Ultra High Frequency Radio Frequency IDentification (UHF RFID) and macrocellular networks.

For example, when humans are presented with simultaneous low frequency (500 Hz, 1 kHz or 2 kHz) and high frequency (4 kHz) sounds from different locations, the high frequency sound is grouped perceptually with the low frequency sound (because the sounds are synchronized [2]), and the combined stimulus is lateralized near the position of the low frequency source [3].

Since the scale s can be related to frequency, the CWT is occasionally used in earthquake engineering to obtain simultaneous time-frequency representations of earthquake records (e.g., Montejo and Kowalsky 2008).

Since wavelet transform (WT) is a mathematical tool that can decompose a temporal signal into a summation of time-domain basis functions of various frequency resolutions and hence worked upon for the present study, this simultaneous time-frequency decomposition gives the WT a special advantage over the traditional Fourier transform in analyzing nonstationary signal.

The fused hollow cathode (FHC) source is based on simultaneous radio frequency (rf) generation of hollow cathode discharges in an integrated, open structure, with flowing gas.

This paper introduces the design and implementation of a simple yet efficient technique for Infinite Impulse Response (IIR) bandpass filters that can be used for simultaneous multiple frequency estimation applications.