Sentence examples for geometry compensation from inspiring English sources

Edelfosine shows affinity for cholesterol likely due to geometry compensation of the 'cone shape' of sterols and the 'inverted cone shape' of edelfosine that leads to a stable bilayer.

In this regard, it is worth to note that edelfosine accumulates in rafts, which might be explained, at least in part, by the high affinity of edelfosine for cholesterol, because of geometry compensation of the 'cone shape' of sterols and the 'inverted cone shape' of edelfosine that leads to a stable bilayer.

This type of compensating structure can provide the sharp edge convex corner only if the compensation geometry at the end is consumed by only the lateral etching of vertical {100} planes.

Hence the triangular compensation geometry does not ensure complete compensation of the convex corners.

The design methodology of corner compensation geometry is same for all types of anisotropic etchants.

This is the same case as considered for <110> compensation geometry.

Therefore the compensation geometry formed by superimposed squares is not appropriate to achieve sharp corners in surfactant-added TMAH.

In the case of spatial restriction, such as bent V-grooves, surfactant added high concentration TMAH with triangular shape compensation geometry is a right choice.

A mathematical relation between these dimensions and the etch depth d can be determined using simple geometrical formulae as employed for the square compensation geometry in previous section.

Figure 46 SEM images of convex corners fabricated in (i) pure and (ii) IPA added 40% KOH using rhombus compensation geometry [115].

In order to determine the side length of the compensation geometry (a) for etch depth d, a simple formula can be derived using geometrical relations.