Sentence examples for an equivalent approximation from inspiring English sources
Chowdhury et al. [10] presented an equivalent approximation model to analyze frequency shift of a single-walled carbon nanotube (SWCNT) due to an attached particle fixed at a location.
When directly taking an equivalent approximation from log (SINR) to SINR, the approaching condition would be changed, making the computation error under these related coefficients may be larger and not in the form of optimal approximated values, which is neglected in [9].
A common approach to evaluate other target sites is to then 'thread' novel DNA sequences (eg, along a genomic region) into the required conformation and calculate the formation energy, or an equivalent approximation, of the resulting complex.
An alternative and equivalent approximation is obtained by using the normal distribution and then the test is referred to as the population proportion test, see [15].
The coupling of the GCR extremes to HZETRN allows for the examination of the induced environment within the interior of an idealized spacecraft as approximated by a spherical shell shield, and the effects of the aluminum equivalent approximation for a good polymeric shield material such as generic polyethylene (PE).
The 3D model requires much higher computational resources as compared to a shell model based on the equivalent approximation.
Most of these results are on the rate of convergence of some Bézier-type operators for functions of bounded variation, whereas in the present paper, we give direct, inverse, and equivalent approximation theorems for a generalization of Bézier-type operators in (L_{p}) spaces.
The circuit uses an equivalent T approximation for the properties of the electrode.
To account for the nonlinear soil response, an equivalent linear approximation is employed.
In this study, the aluminum equivalent approximation is evaluated as a means for estimating the particle environment within a spacecraft structure induced by the GCR radiation field.
The present analysis demonstrates that sufficiently large errors in the interior particle environment of a spacecraft result from the use of the aluminum equivalent approximation, and such approximations should be avoided in future astronaut risk estimates.
