Sentence examples for accurately low from inspiring English sources

The detection method not only measured quantitatively the concentration of INSV in plant hosts and western flower thrips, but also measured accurately low concentrations of the virus.

In particular, the Casson fluid model describes the flow characteristics of blood more accurately at low shear rates and when it flows through small blood vessels [28].

The pitcher and his former trainer play a game of can you top this, or perhaps more accurately, how low can you go, and their lawyers act as if their minds and mouths are caked with mud and mush.

The difficulty is to estimate the channel occupancy rate accurately for low signal-to-noise ratio.

These differential equations feature terms that were previously inaccessible to model accurately with low computational resources.

It is shown analytically that the present simulation scheme suppresses high frequency electromagnetic waves and that it accurately reproduces low frequency waves in the plasma.

The results presented in this paper show that the proposed models are able to predict temperature in the tunnels accurately with low computational cost.

A series of experiment results demonstrate that the proposed method can not only suppress background clutter effectively even if with strong noise interference but also detect targets accurately with low false alarm rate.

Experimental results on three sequences demonstrate that the proposed small target detection method can not only suppress background clutter effectively even if with strong noise interference, but also detect targets accurately with low false alarm rate and high speed.

A system of ordinary differential equations for concentrations and energy with respect to time results from the application of the principles of species and energy conservation, which is integrated explicitly and accurately with low computational time.

There are many requirements placed on the photodetector in these systems, including active area, linearity, and the ability to accurately measure low light levels (which implies high quantum efficiency and high signal-to-noise ratio).