Sentence examples for surface can be described from inspiring English sources

The field on the Earth's surface can be described by a multipole field (e.g. Gauss, 1839; Chapman and Bartels, 1962).

Morphological imaging of the rock varnish surface can be described as an agglomeration of nanometer scale particles (Fig. 11).

On a regional scale, the topographic surface can be described as a train of NE SW undulations or waves of 20 km wavelength.

It is known that the boundary condition of sliding surface can be described by perfect elasto-plastic model (PEPM) and JCM, and that the stress and strain of a landslide can be described properly with the JCM.

Frontier molecular orbital (FMO) density distributions for InPzTAm, InPzTH and InPzPh are shown in Figure 5. From the FMO results, the mechanism of inhibition on the copper surface can be described.

The aerodynamic resistance to evaporation in bare soil is higher than that in mulched treatments and the relationship between equivalent grain size and aerodynamic resistance in mulched surface can be described by a line function.

Cations and anions of surfaces can be described as acid base pairs.

It is also found that all these "yield" surfaces can be described roughly by a general formula.

The morphology of surfaces can be described using a variety of parameters, the root mean square (RMS) roughness is surely the most common one [24, 25].

Typically, even at their singularities, maximal surfaces can be described as smooth graphs of functions over domains in the horizontal spacelike coordinate plane of (mathbb {R}^{2,1}) (see [4,7,8] for example), and thus Theorem 3.1 will apply to maximal surfaces.

The formation of self-assembled Au droplets on GaAs surfaces can be described based on the Volmer Weber (V-W) growth model [37, 38], namely, EI > ES, the stronger binding energy between Au adatoms (EI = ~3.01 eV) than that between the substrate and Au adatoms (ES = ~2.96 eV) [44].