Sentence examples for frequencies of operations from inspiring English sources

However, there are several applications where multiple frequencies of operations are desired.

At an institutional level, our classification offers breast centres a simple and practical means of obtaining a transparent profile and overview of the range of breast cancer surgical procedures they offer by determining the frequencies of operations of the various classification categories as percentages of total caseload.

At low frequencies of operation or under steady conditions, the second term is not important.

Maximum frequencies of operation beyond 10 GHz are predicted by simulation for a cross section of 340 × 340 nm2 and micrometer modulator lengths.

The medium profiling results expose the favorable frequencies of operation for the hardware, enabling us to design a software FSK modem.

The experimental studies are carried out to characterize the performance of the OPTR at various values of the mean pressure of helium (0.35 MPa–2.2 MPamplitudesudes of pressure oscillations, frequencies of operation and sizes of orifice opening.

With the rapidly growing demand for bandwidth in wireless communication systems and increasing frequencies of operation of electronic devices, in recent years resurgence in scientific interest in highly anisotropic hexagonal ferrites has been noted.

This is a problem because there is little structural damping in the material, the frequencies are low enough (because of the low stiffness of the structure) to be within an order of magnitude of the frequencies of operation, and the amplitudes of oscillation in response to the impulsive activation of the piezoelectric stacks are significant.

We illustrate the application of the algorithm to problems of geophysical interest involving layer resistivities ranging from 1000Ωm to 10−8Ωm, frequencies of operation ranging from 10 MHz down to the low magnetotelluric range of 0.01 Hz, and for various combinations of layer thicknesses.

Continued device scaling into the nanometer region and high frequencies of operation well into the multi-GHz region has given rise to new effects that previously had negligible impact but now present greater challenges and unprecedented complexity to designing successful mixed-signal silicon.

Components receiving inputs from others are not triggered by those inputs, but rather run continuously at their specified frequencies of operation (See Methods section).