Sentence examples for output waves from inspiring English sources

The output waves and spectral properties of the EMI are simulated and analyzed as the carrier frequency or amplitude changes with regard to different chaotic maps.

Frequency, amplitude or phase of the generated output waves could be changed programmatically in less than one microsecond (Figure 4a).

In this system, a Neodymium-doped yttrium orthovanadate (Nd YVO4) 1064 nm laser is frequency doubled (532 nm) to pump an optical parametric oscillator (OPO) that converts the pump laser line into two output waves of lower frequency, signal (ωs) and idler (ωi) by means of a non-linear lithium triborate (LBO) crystal.

There were some differences between the designed and measured output wave profiles.

The input voltage to the amplifier required to produce a desired output wave at the actuator/bar interfaces can be determined provided that the spectrum of this wave is not too broad.

These output wave dimensions can be reduced by a factor of 4, if the multislice simulation uses an antialiasing aperture positioned at half of the maximum scattering angle [20].

Assume the output wave can be modeled as follows: (6) where δy is the observation error, δh and δφ are deviations in the amplitude and phase, respectively, and € is the residual.

Components of the compact (mathbf {S} -matrix for a given output wave position are then read from global memory, multiplied by the relevant coefficient, and stored in fast shared memory, where the remaining summation is performed.

Finally, the TH1 plugin was replaced with the Peavey ReValver plugin with only the FOX ACS-45 unit enabled, and the same operations (adjust gain, render output wave file, repeat) were carried out three times.

A procedure is presented for identifying the individual inertial and drag force parameters based solely upon measurements of the input wave velocity and the output wave force, where the wave velocity has an arbitrary spectral density function and mean value, and the inertial and drag forces have an arbitrary frequency dependence and phase.

Each plane wave component is repeatedly transmitted and propagated through each slice of the potential until it has passed through the entire sample, at which point the complex-valued output wave is stored in real space to form a single layer of the compact (mathbf {S} -matrix.