Sentence examples for path expressed from inspiring English sources

In (b) homogeneous layers along the z-direction (laser beam path) expressed by the resulted stress in ANSYS ( {boldsymbol{upsigma}}_{mathbf{kl}}^{left(mathbf{p}right)} ) Fig. 7 Amplitude of the transmitted field behind the FS component, with Ey-polarized Gaussian at 1064 nm as the input.

Reservoir stress path, expressed as the ratio of change of effective horizontal to effective vertical stress from an initial stress state, is a useful concept in characterizing the evolution of stress anisotropy due to production (e.g., Aziz and Settari 1979; Sayers 2007; Alassi et al. 2010).

The result was a fictitious transit agency that, with the hermetic exactingness of a Christmas village or a Monopoly board, included details like "EZ-Path" express lanes and its own motto, "Nulla tenaci invia est via" ("For the tenacious, no road is impassable").

In the natural coordinate system, Archimedean spiral path is expressed by natural coordinate s rather than time t.

The bottom plot represents the pdf of the path loss expressed in dB. and it depends only on σdB (through the r.v. Hfs,0).

In this sense then, the relationship between the zygotic unicell and its allegiances and its evolutionary path as expressed through the eukaryotic macro form is mirrored by the cancer stem cell and its elaborating clonal lineages.

Based on Beer Lambert's Law, the attenuation through the materials along the beam path is expressed as follows: T = frac{I}{{I_{0} }} cdot exp ( - mu rho l), (1 where (T) is the transmission ratio, (I 0) is the incident radiation, (I) is the detected radiation, is the mass attenuation coefficient, is the medium density, (l) is the path length through the medium.

According to Javadpour et al. (2007), the mean free gas path is expressed as lambda = frac{{k_{text{B}} T}}{{sqrt 2 pi d_{text{m}}^{2} p}} (2 where (k_{text{B}}), (p), (d_{text{m}}) and (T) are Boltzmann constant ((k_{text{B}} = 1.3805 times 10^{ - 23},{text{J}}/{text{K}})), gas pressure, gas molecule diameter and temperature, respectively.

The first- and second-order multipaths from each of these subreflectors are now weighted and superposed along with the direct path, and expressed as s rough ( t ) = s ( t − τ 1 ) + ∑ k = 1 3 ∑ n = 1 N W ( n, k ) s ( t − τ 1 / 2 − τ ̄ kn / 2 ) + s ( t − τ ̄ kn ).

Over 25% of the 40+ cohort (n = 656) were invited to participate in a brain imaging sub-study at Wave 2. Most of the invited PATH participants expressed an interest in participating (n = 503), with 372 donating a blood sample.

Looking more broadly at the cross-linguistic research, it appears that although there is substantial cross-linguistic variability in the rate (and level of detail) at which manner and path are expressed verbally (Slobin, 2006), when speakers gesture, they tend to prefer to gesture only one of these components at a time.