Figure 5 b shows the ratio of surface carrier population to total one, as a function of line densities of carriers, where surface carriers are defined as the ones staying within 1.0 nm from channel surfaces.
b The ratio of surface carrier (staying within 1.0 nm from channel surfaces) population to the total one that is plotted as a function of line densities of carriers for a 3 nm × 3 nm and a 8 nm × 8 nm cross-section.
Low-field characteristics of the hole mobility in sub-10-nm nanowires are summarized in Fig. 2 a, where we plotted the steady-state carrier mobility as a function of line densities of inversion carriers instead of gate voltages for convenience in discussion.
A sigmoidal function (Eq. 1) was fit using regression analysis (SigmaPlot v. 9.1) to the proportion of times the line was judged as clockwise relative to gravity as a function of line orientation.
The lap shear strength of the joint was also studied as a function of bond line thickness of the adhesive.
A closed-form expression of the critical stress intensity factor is given as a function of the line content of PGB.
These sensors allow the study of the average residual stress as a function of the line width in a range from few hundred nanometers to several microns.
In this paper, a new micromachined interdigital coplanar waveguide (CPW) structure has been developed and its characteristics have been studied as a function of transmission line parameters.
Equation 18 shows the dynamic contact angle as a function of contact line velocity (U), solid liquid molecular interactions, and non-Newtonian viscosity (n, K).
(D ) Fractional inhibition of conductance at three voltages is plotted as a function of [Ca2+]i; lines indicate the fit of I(Ca2+) = 1/(1+[Ca2+]/KD).
