Sentence examples for medium is derived from inspiring English sources
The integral equation of stationary motion of an inhomogeneous elastic medium is derived and then asymptotically simplified.
Forward scattering theorem for elastic longitudinal and shear wave scatterings by an arbitrary-shaped three-dimensional object embedded in a viscoelastic medium is derived.
An appropriate through-thickness transfer matrix, relating a proper set of variables describing the acoustic field at the two external surfaces of the medium, is derived by manipulating the dynamic stiffness matrix related to a finite element model of the unit cell.
MEDII conditioned medium is derived from a human hepatocellular carcinoma cell line, HepG2 cells, and has been shown to contain distinct bioactivities responsible for the formation of a primitive ectoderm-like cell in culture [9], [14].
The operating mechanisms are described and constitutive tensors of the complementary medium are derived.
For the first time equations of motion of such system in the mechanically resistive medium are derived and numerically solved.
Three semi-analytical solutions for one-dimensional, reactive tracer migration through a porous medium are derived and used to evaluate TCE time concentration profiles.
Approximate expressions for the fourth order moment of a wave propagating in a random medium are derived by using the path integral formulation.
According to the RCWA, first the parsing expressions of electromagnetic field in both the incident medium and the output medium were derived from the Maxwell equations and Rayleigh expansion.
Employing the nonlocal strain gradient theory, the size-dependent governing equations accounting for the geometric nonlinearity and elastic medium are derived and the analytical solution for nonlinear frequency is presented.
The electromechanical field solutions for a transversely isotropic piezoelectric medium are derived in the context of micromorphic electroelasticity and a generalized characteristic length is introduced to describe the size effect.
