Sentence examples for superposition surface from inspiring English sources

Contour plots of each of the response variables were utilized applying superposition surface methodology, to obtain three contour plots for observation and selection of a superior (optimum) combination of ET (79.4°C), LC (0.24 g/100 g maize) and SV (73.5 rpm) to obtain optimized extruded maize flour (EMF) from QPM with a single screw extruder.

Contour plots of each of the response variables were utilized, applying superposition surface methodology, to obtain a contour plot for observation and selection of the best combination of FT (35.4°C) and Ft (54.6 h) for production of QPM tempeh, which was dried (52°C, 24 h) and milled to pass through a 80-US mesh (0.180 mm) screen to obtain optimized QPM tempeh flour.

Poor exposure conditions, variable rates of sediment production, erosion and/or superposition of surfaces that are intrinsic to the nature of carbonate systems frequently conceal or remove its physical features.

At intermediate voltages, the bulk LC reorients and retards the propagating light resulting in a superposition of the surface's two orthogonal 'off-state' modes.

As such, the wrinkling of the flame at any given point is not only a function of the local velocity disturbance, but also a superposition of flame surface perturbations from locations upstream at previous times.

The electrical conductivity in Fe3O4 is generally caused by the superposition of the surface plasmon (SP) band and SP hopping conduction.

Furthermore, numerical experiments have illustrated that the nonlinear interaction between tides and tsunamis in shallow water becomes very significant, while the linear superposition of sea surface heights from separate tide and tsunami simulations is still valid in deep water (Kowalik et al. 2006; Androsov et al. 2010).

In order to enforce a traction-free plate surface, superpositions of both normal and shear load solutions are normally required.

Harvey (1981) applied the locked-mode approximation method to approximate the Green's functions in time domain for full-wave with superposition of normal modes (surface waves) by adding a large velocity half-space to the bottom of given velocity structures.

In the case of the 2011 Tohoku Earthquake, and of other great earthquakes with intense aftershock sequences, the analysis is complicated by the mainshock's strong excitation of long-period, slowly attenuating overtone modes, as well as the superposition of high-amplitude surface-wave signals from large and frequent aftershocks.

The latter indicates a superposition of two X-ray surface brightness components.