The phrase "approximation of describing" is not grammatically correct and does not make sense in written English.
Instead, you could use "approximation of a description" or "describing an approximation." This phrase could be used when trying to give a rough or estimated description of something, rather than a precise or specific one. Example: The artist's painting was an approximation of describing the beauty of the sunset.
In order to interpret the underlying drug release mechanisms, an approximation model capable of describing the entire drug release process was developed.
Experimental and theoretical analyses of cellular deformation indicate that a hyperelastic material model is a practical approximation for describing the deformation of a cell after quasistatic stretching after completion of the stress relaxation.
Based on the approximation of classical describing functions, the stability of linearized pilot vehicle systems can be easily analyzed.
In one and two dimensions, (1.3) is used to describe some phenomena appearing in different physical, engineering and other sciences because it is regarded as a good approximation for describing nonlinear vibrations of beams or plates (see [1], [2]).
In Derome et al. [5] and in Patera et al. [25], the swelling/shrinkage of wood has been documented in 3D by adopting an affine registration model as good approximation for describing the deformations of wood cell wall due to moisture changes.
From this, we have that the force-free state boldsymbol{J} times boldsymbol{B} =0 (1). is a good approximation for describing the state of the coronal magnetic field, where B is the magnetic field satisfying the solenoidal condition, mathbf{nabla}cdot boldsymbol{B} =0, (2).
The success of the integral localized approximation for describing a BB can be used advantageously in biomedical applications, such as in the determination of the optical forces exerted over biological particles under the influence of such beams.
Further, we show that the advocated approximation procedure is capable of describing the behaviour of the lumped parameter system even in the situations where the governing ordinary differential equation collapses to an algebraic equation.
The original rough set model was developed by Pawlak, which is mainly concerned with the approximation of sets described by a single binary relation on the universe.
With the high-resolution transmission electron microscopy (HRTEM) results taken into account, the XRD simulations verify that f-CNFs can adopt not only a regular arrangement but also a turbostratic way, and our models are good approximations for describing the bulk microstructures of f-CNFs.
