Sentence examples for frequency green from inspiring English sources

A method for constructing the high frequency Green function for a source in an arbitrary subsonic flow is described.

The high frequency Green function developed in Part I [1] is used to calculate noise radiated from a quadrupole source, convected by a spreading jet.

In addition, the LTC was not depressed at low frequencies and its weight modification monotonically increased with pulse frequency (green circle line in Fig. 4c).

They can be used to transform the initial differential formulation of the problem to an equivalent integral one, to obtain bounds for the first elastic eigenfrequency, and to accelerate convergence of the modal series for the frequency Green operator of the system.

The resonant-frequency shifts of 76 Hz from 3152 Hz and 75 Hz from 3149 Hz were respectively achieved with a driving voltage of 10 Vdc + 10 Vac (black squares) and with a driving voltage of 10 Vdc + 5 Vac for the un-tuned resonant frequency (green triangles).

In addition, resonant-frequency shifts of 76 Hz from 3152 Hz and 75 Hz from 3149 Hz were respectively achieved with a driving voltage of 10 Vdc + 10 Vac (black squares) and with a driving voltage of 10 Vdc + 5 Vac for the un-tuned resonant frequency (green triangle).

Due to rigorously temperature controlling on KTP crystals and optimizing design of resonator, the stable single-frequency green output is obtained.

The single-frequency green laser of 6.5 W at 532 nm, with the polarization degree more than 500 1 and the power stability better than ±0.3% for 3 h, was experimentally achieved.

Panel I of the figure shows simulated instantaneous total power response of quadrature receivers tuned to 1- and 3-GHz frequencies (green and black lines, respectively) to an amplitude-modulated 2-GHz carrier of unit power.

As an additional illustration of a pulse train according to (4), panel I of Figure 4 shows simulated instantaneous total power response of quadrature receivers tuned to 1- and 3-GHz frequencies (green and black lines, respectively) to an amplitude-modulated 2-GHz carrier of unit power.

All ORs for the frequency of green tea drinking and amount of dried green tea leaves consumed (g/year) were on the same side of the null value and quite close in all the comparisons estimated using the 2 types of control groups.