Sentence examples for shortest depth from inspiring English sources

For example, the class 257, 'ACTIVE SOLID-STATE DEVICES', has the longest depth up to 16 at the end of which 'Floating gate layer used for peripheral FET (EPO)' and 'Floating gate dielectric layer used for peripheral FET', while the class 245, 'Wire fabrics and structure', has the shortest depth up to 2 at the end of which 'Chain' and 'Coil'.

The AP diameter increases inferiorly, with shortest depth at C2/3 increasing by 3 mm at C6/7.

I placed a large white reflector on the floor and worked with natural daylight, using a short depth of field.

With the increase of ground heat exchanger depth, the performance deteriorates, and the ground heat exchanger with shorter depth is preferred in the GSHPS.

We describe another general technique to construct even shorter depth GHDs with longer widths, effectively showing a spectrum of tradeoffs one can make between communication and computation and the number of rounds of MapReduce.

Because birds are so small and often in shadow, photographers have to use a long lens with the shutter opened as wide as possible, creating a short depth of field.

The results for the both sorbents for halide and sulfur exhibited sufficient removal within the satisfactory short depth of sorbent bed, as well as superior bed conversion of the impurity removal reaction.

Fruit tissue with a larger μa value absorbed light energy rapidly in short depth and radial distances, whereas light in the tissue with small μ′s values tended to propagate forward to the deeper area of the sample.

The effects LHC which are usually ignored in the heat wheel design play a relatively significant role in the heat wheel with high temperature efficiency and short depth in flow direction.

The head and vertical gradient profiles from all three sites display systematic (i.e., simple, geometric) shapes defined by repeatable intervals of no to minimal vertical gradient, indicating relatively high Kv units, bounded by shorter depth intervals with large (up to −50 m/m) vertical gradients, indicating relatively low Kv units.

The core concept of DA is that the passed vertices in each step always have a shorter depth to V0 than vertices in the next step.