The phrase "at the planar" is not correct and does not convey a clear meaning in written English.
It may be intended to refer to something related to a plane or flat surface, but it lacks context for proper usage.
Example: "The design must be evaluated at the planar level to ensure accuracy."
Alternatives: "on the plane" or "at the surface level".
The electromechanical coupling property of the composites at the planar vibration mode shows obvious dependence on matrix phase distribution.
The 6D potential energy surface of ammonia was modelled in simple analytical form (including the inversion potential) at the planar, totally symmetric (D3h) reference configuration.
The Jacobi operator of M k, τ, up to a multiplicative factor, is asymptotic, respectively, to the operators | x | 4 Δ 0 and L C at the planar end and the catenoidal end.
Using a laser interferometer having a resolution of ∼1 μm, we directly measured the thicknesses of clathrate-hydrate films at the planar interface between a liquid hydrofluorocarbon, R-134a (CH2FCF3), and liquid water.
Proof We recall that the Jacobi operator associated to M k, τ, is asymptotic (up to a multiplication by 1 / τ 2 ) to the Jacobi operator of the catenoid (respectively, of the plane) plane at the catenoidal ends (respectively, at the planar end).
The chemical composition of GO is classified into rich oxidized region where hydrophilic functional groups (i.e., epoxy and hydroxyl at the planar surface and carboxyl groups at the edges) are anchored to sp3 carbon atoms as well as pools of un-oxidized graphitic domains which consist of hexagonal aromatic chains of sp2-bonded carbon atoms [5, 6].
In the preliminary electrolysis experiment carried out at 850 °C, the planar cell produced hydrogen at the maximum density of 38 N cm3/cm2 h, and the energy efficiency was almost as high as that obtained with the electrolysis tube at 950 °C.
(t^_{R}) is defined as the time at which the planar surface is obtained, i.e., the time at which the global energy minimum is reached, that is different for each simulation as shown in Fig. 4 a.
At 506°C, the planar growth increases and only a few, smaller nanowires are found as shown in Figure 1b.
However, when applied solely to the 7 km of river below the upstream gauging station at Borgharen the planar model performs almost as well (83.7% correct) as the raster model (85.5% correct).
The nominal C C symmetric stretch appearing at 1461 cm–1 for the planar conformation undergoes a blue shift of ∼7 cm–1 in the twisted variant.
