Sentence examples for the shift in the frequency from inspiring English sources

The microgyroscope is assumed to operate in frequency-based mode; that is, the measurement of the rotation rate is extracted from the shift in the frequency response along the drive and sense directions.

In order to obtain the shift quantity (delta_{s} = 1-sqrt{Omega_{B}/Omega_{C}}) that quantifies the shift in the frequency distribution of the photon, we need to expand perturbatively the square root of (36) with respect to these four parameters.

If the same experiment had performed at the first oscillation mode at 640 Hz, the shift in the frequency would correspond to 60 mHz requiring a frequency resolution of 15 mHz (in Figure 16 the frequency resolution is at 100 mHz).

c Plot showing changes in the uniaxial strain measured from the shift in the Raman G-band observed in a, b where ω o is the G-band frequency; Δω is the shift in the frequency; γ = 1.80 is the Grüneisen parameter for graphene [47, 48]; xx is the uniaxial strain, and yy  ≈ − 0.2  xx is the relative strain in the perpendicular direction according to the Poisson's ratio of graphene (= 0.19 [49]).

Hence, while the rate of on-enzyme chemical conversion of a specific substate is clearly strongly dependent on the shift in the frequency of the C2=O group, this correlation must be taken as semiquantitative.

A photodiode in the scanner collects the backscattered light emitted by the laser and the shift in the frequency of the incident light is transformed into voltage variations in the range of 0 10 V which is directly related to blood flow distribution.

The latest equipment has also improved Doppler-mode ultrasound scanning, which takes its name from the Doppler effect, or the shifts in the frequency of sound waves varying with the relative motion of the sound source and the receiver.

This result of the BrdU assay is consistent with the shifts in the frequency of the QCM (different by a factor of 1.26-fold, Table 2, Δ m).

Four SAW sensor designs operating in the frequency range of 84 208 MHz are developed to measure the shift in the center frequency values and the corresponding change in SAW phase velocities due to the change in adhesion of the SU-8 layer.

The shift in the resonant frequency is the result of the elastic restoring force of the triple line giving a positive frequency shift.

The experimental results show that the shift in the resonance frequency of the ME biosensor increases with the augmentation of the CSFV concentration.