Sentence examples for materials for frequency from inspiring English sources

Wide-bandgap III V nitrides are promising semiconductor materials for frequency and voltage operation because of their excellent material properties, including large band gaps, high critical electric fields, high-saturation electron velocities, and high conductivities [1, 2].

Although there is existing research on the topology optimization of structures and optimization of the materials for frequency responses, topology optimization approaches considering both scales simultaneously are relatively limited.

The response of the different asphalt materials for frequency sweep test is captured and the model predicts the loss tangent and complex shear modulus for asphalt concrete very well.

Results indicate that often a very large elevation (>100%%) in the fundamental frequency for volume constraint, and a considerable saving (>50%) in material for frequency constraint, are possible by merely altering the shape.

Multiphase material predictions for frequency agree quite well with layered materials for the problem that is studied.

Since the dielectric constant and conductivity of the materials change with frequency, the different values of dielectric constant and conductivity of materials for different frequencies are carefully considered in channel calculation [34 37].

The different values of dielectric constant and conductivity of materials for different frequencies are carefully considered in channel calculation.

Ferrites are high-resistivity materials with low eddy current losses which make them potential materials for high-frequency applications such as microwave devices.

The magnetic properties of Zn-substituted ferrites have attracted considerable attention because of the importance of these materials for high-frequency applications.

But heating treatment was detrimental to the electric circuit integrations, which limited the applications of ferrite films as promising materials for high-frequency devices.

Note that the different values of dielectric constant and conductivity of materials for different frequencies are carefully considered in channel modeling.