Sentence examples for displacement unit from inspiring English sources

As demonstrated by Lindgren et al. [28], the tails of derived mosasaurs can be subdivided into four discrete subregions (stable proximal tail base, mid-sectional displacement unit, narrow caudal peduncle, and distal propulsive surface or fluke) based on regional variations in vertebral centrum dimensions and discrepancies in vertebral process length and spine orientation (Figure 8A).

The two hypothetical models in Fig 5 represent two alternatives of cooperation between a motor engine formed by MCM2 7 and a 'strand displacement unit' provided by GINS, but other variations could also be envisioned.

The invasion percolation method (Wilkinson and Willemsen 1983) is adopted at every step during displacement: units (pore or throat) with the lowest threshold pressure are selected for the entrance of the displacing fluid.

After a test was completed the WinTest software calculated the dynamic stiffness, k*, (the ratio of the force to displacement; units N/mm) and phase angle, δ, (the phase difference between the force and displacement).

a Targets for measuring displacements (unit: mm), b measurement equipment.

The contour plot of surface nodal z-displacements (Unit: m) in the optimal state is shown in Fig. 7.

Because electric dipole moment has dimensions of electric charge times displacement, its unit in the metre kilogram second system is the coulomb-metre; in the centimetre gram second system it is the esu-centimetre.

The blue curve in Supplementary Fig. 1a shows a typical measurement of the displacement (in unit of camera pixels) of the pyrolytic graphite sheet as a function of time and the red curve depicts its envelope based on free vibration theory.

The theoretical model predicted a static displacement per unit voltage of 10.9 nm/V and a resonant frequency of 196.5 kHz, which were in excellent agreement with the FEM results of 10.32 nm/V and 198.5 kHz, respectively.

In addition, the difference of displacement per unit advance was relatively large.

While thermally driven Brownian motion results in relatively low apparent diffusion coefficients in human tissues, water protons undergo an order of magnitude larger displacement per unit time as a result of their perfusion-driven flow across the microvascular network.