Sentence examples for high frequency regime from inspiring English sources
The phrase "high frequency regime" is grammatically correct and can be used in written English
It is often used in the context of scientific or technical writing to describe a range or level of frequencies that are being studied or observed. Example: "The researchers analyzed the behavior of the system in the high frequency regime, noting significant changes in its response compared to lower frequency ranges."
However, the constant RC model is inaccurate, especially in high frequency regime.
In this paper, a detailed derivation process is proposed to characterize the Resonant Tunneling Diode (RTD) for high frequency regime.
In the high frequency regime the key problem is the dependence of mapping norms on the parameter λ.
This paper is concerned with preconditioning the stiffness matrix resulting from finite element discretizations of Maxwell's equations in the high frequency regime.
Thus it is essential to develop a reliable computational model which has the capability to accurately predict the dynamics and waves in the FGM axial bars, especially at the high frequency regime.
In brief, this work adds important contributions to the accurate characterization and modeling of RTDs and analyzes its based circuits in high frequency regime by addressing the problems of the current RTD equivalent circuit models.
Light manipulation characteristics such as focusing, de-focusing and collimation are systematically and quantitatively compared for artificially designed GRIN medium within low and high frequency regimes.
A transition frequency between low and high frequency regimes has been identified near 40 50 Hz, where AC electric fields have minimal effect on flame stabilization.
It is demonstrated that both the stiffeners and laminate layup have significant effects on the vibration and sound radiation behaviors of the structure, especially in the mid and high frequency regimes, enabling further acoustic optimization design.
This provides an opportunity to engineer desired wave characteristics through a geometric and topological design of the unit cell, and results in the ability to activate complementary functionalities, typical of high frequency regimes, while operating at low frequencies of excitation - an effect seldom observed in linear periodic structures.
However, metallic subwavelength structures entail extremely high losses due to absorption, especially at higher frequency regime of the electromagnetic spectrum where the energies are transferred into optical and acoustic phonons [18].
