Sentence examples for precision frequency from inspiring English sources
The coefficient precision can be varied till the response is close to the infinite precision frequency response.
The proposed configuration combines the advantages of wavelength tunable laser and external cavity laser, and it can realize precision frequency tuning, ignored power fluctuation and narrow linewidth, which contribute much to RIOG.
Using two scattering geometries simultaneously and measuring separately the refractive index n(T) we can determine the logarithmic derivative ∂lgM′ ω, T /∂lgω = QM and thus are able to characterize unambiguously the dominant fast processes by high precision frequency shift measurements.
Treatment was administered with a portable device built with the same high precision frequency synthesizer as that used for the identification of tumor-specific frequencies.
A variational method developed by the authors and named whole element method (WEM) is used to find the arbitrary precision frequencies of a rectangular thin plate (within the Germain Lagrange theory) having its four borders free of constraint.
With the improvement of frequency standard comparison and precise frequency and phase processing technique, the high-precision frequency measurement, phase comparison, phase locked loop and signal processing are necessary.
Aiming at the requirements of phase comparison without frequency normalization, a high-precision frequency measurement system is proposed based on different frequency quantization phase comparison.
In view of the progress made in the field of high-precision frequency standards we will investigate the technical requirements for GNSS receiver clock modeling at the carrier phase level and analyze its impact on the precision of the position estimates.
Based on seismic attenuation theory in a fluid-filled porous medium, a new method combining the Empirical Mode Decomposition (EMD) and the continuous-wavelet transform named EMDWave is proposed as a high-precision frequency attenuation analysis and an improved time frequency analysis methods.
Interestingly, this "bottom-up" approach to the molecular characterisation of complex systems and materials necessarily relies upon spectroscopic methods that translate high-precision frequency measurements into important molecular-level information.
The two most influential organic structural spectroscopic methods for the investigation of complex materials, which depend upon high-precision frequency measurements, are NMR spectroscopy and FTICR mass spectrometry (Table 1, Figs. 6, 7).
