Sentence examples for top radius of from inspiring English sources

Then, the contact angle keeps constant while the top radius of the NW decreases and the NW grows again in ZB configuration.

However in the geometric model of the BM in this article, the radius of the conical BM top is set to zero and thus the intensity (which is determined by the BM top radius) of the scattering center S 3 is zero too.

The effect of different top radii of SWCNC on the frequency is also examined.

Ratios of depth of pit penetration in aquifer to aquifer thickness, pit bottom radius to its top radius, inverse of pit advance time and the HH in the observation wells to the distance of observation wells from the centre of the pit were used as inputs to the networks.

Both measurements were acquired simply by using a ruler during stalk height measurement, whilst the base radius (R I ) and top radius (r I ) of the sampled internode(s) were derived using simple geometry to obtain the following equation: V SI = π L SI 3 R I 2 + r I R I + r I 2 where R I = R − H B R − r H and r I = R − H B + L SI R − r H See Additional file 2 for full derivation.

Here rCF,TM/rCF,BM is the maximum top/bottom radius that can be achieved and rCF,Tm the minimum value of the top radius.

The on-chip micro lens height is 1.7 μm from the Si surface to the top with the curvature radius of 0.85 μm.

"The new display is vertically concave from top to bottom with a radius of 700mm [28in], opening up a world of design innovations in the smartphone market," LG added.

Along each column from top to bottom, with increasing radius of the innermost walls, the innermost walls and the whole MWCNTs are increasingly more complaint, and thus easier to bend to facilitate inter-wall vdW energy release.

Open image in new window Fig. 6 Stress distribution over the contact patch formed by wheel-rail (top), wheel-roller with a radius of 1 m (middle) and wheel-roller with a radius of 0.5 m (bottom) for cases 1 (left column) and 2 (right column).

Therefore, the ({text{area}} = left{ {left[ {pi left( {{text{R}} + {text{r}}} right)} right] cdot left[ {{text{h}}^{2} left( {{text{R}}-{text{r}}} right)^{2} } right]^{0.5} } right}), where π is constant and equals 3.1416; R represents the radius of the top part of the post, r is the radius of the bottom part of the post and h represents the height of the post section, in mm.