Sentence examples for continuous increment from inspiring English sources

The continuous increment of processors computational power and the requirements on additional functionality and services are motivating a change in the way embedded systems are built.

There was continuous increment in heat transfer coefficient with axial distance.

Since the continuous increment in the number of hysterectomies performed laparoscopically, the aetiology of VCD and explanations for its association with TLH have been subjected to research.

The tensile strength exhibits a continuous increment up to 4 wt.% CNF loading, indicating finer fiber polymer interaction up to that level (confirmed from swelling experiments).

In enzyme-mediated reactions the increase of biocatalyst concentration does not indefinitely lead to a continuous increment of activity; but instead, at sufficiently high biocatalyst loads, nearly constant values are attained.

This is because a lower ρ means a lower portion of the received signal power split to the ID at R, resulting in a higher received SNR at R. Yet with the continuous increment of ρ when ρ is greater than 0.5, the outage probability will be larger than the lower ρ system at the same value of Eh3/Eh1; this is because of the transmission information becoming more and more small.

Competition between crack extension along the adhesive joint and into the substrate is quantified using a quantized crack propagation criterion, whereby the crack does not advance in infinitesimal continuous increments, but instead in finite steps of length comparable to the characteristic dimensions of the material microstructure.

Therefore, if there is an ongoing CO2 fertilization effect, we should be able to detect continuous increments in WUE through changes in δ13C across tree-ring chronologies.

This may be due to the fact that the composite measure uses thresholds rather than continuous increments of the component items so that small changes in activity could yield substantial changes in scores.

Naturally occurring elemental signatures (or composition) in the otoliths of fish are an ideal natural tag due to the metabolic inertness of otoliths, continuous growth including daily increments and incorporation of elements that are influenced by environmental variables.

The nanostructure is engineered in a pool of unit cells over a dielectric medium, and each unit cell is comprised of concentric gold tubular rings with continuous upward increment in their radii; the separation between rings remains as free-space.