Sentence examples for a function of step from inspiring English sources

The profiles of pH, species concentrations, volume fraction of swollen gel, polymer and water-filled space, as well as solute diffusivity inside the membrane were predicted by the model as a function of step changes of glucose concentration in the external solution.

The measurement of etch pit perimeters also enables an estimation of apparent activation energy as a function of step density indicating substantially higher apparent activation energy, up to Ea,app = 140 kJ mol−1, on extrapolation towards a pristine surface with no defects.

We study in this work a continuum model derived from a one-dimensional attachmentdetachment-limited type step flow on a vicinal surface, ut = -u2 u3)hhhh, where u, considered as a function of step height h, is the step slope of the surface.

The false biological signals observed by [14] and the dramatic drop off in the inaccuracy of measured turning angles as a function of step length [15] are probably caused by spurious 180° turning angles (Figure 5).

(G ) Number of spikes as a function of step current injection amplitude.

This ratio increased as a function of step-length (step-length 1: 3.06, step-length 2: 3.51, step-length 3: 4.51, step-length 4: 4.47).

Second, we identified the portion of the state : step curve where states were added linearly as a function of steps by fitting a segmented regression model to the data with a single breakpoint (Muggeo, 2008).

(a) Ni 2p signals as a function of etching step; step 0 (no etching), step 5 and step 10 (approximate depth of 3 nm), showing variation of Ni phases.

Let us denote the difference between the proximity before and after one step by a function of the step size, that is, f : = Ψ ( v + ) − Ψ ( v ).

In the framework of the Föppl von Kármán theory of thin plates, the expression of the critical strain beyond which the film buckles has been then analytically determined as a function of the step height and gliding displacements.

Then, the onboard counter is incremented as a function of energy step, mass index, and azimuthal sector, forming a counter matrix.