Sentence examples for differences corresponding to from inspiring English sources
There are two subspecies of louse that infest humans, the body louse Pediculus humanus corporis and the head louse Pediculus humanus capitis, which have a variety of morphological, behavioral, and ecological differences corresponding to their different habitats.
Other than the trophic traits around the buccal region (i.e., length of mouth and jaw, and width of mouth and head) that are clearly important for feeding adaptation, an alternative hypothesis for phenotypic differences corresponding to habitat type may involve divergent selection driven by differing predation threats among habitats.
The voltage differences corresponding to the finger movement in 20 PD patients, six age-matched controls, and 12 normal volunteers were then recorded for 30 s.
When investigating, DHM obtains the depth information of a specimen and resolves phase differences corresponding to depth differences as price as several nanometers.
When the differences corresponding to finer grids become smaller, hence less variable, fewer MC realizations of finer grid solutions are needed to compute the difference expectations, thus leading to a reduction in the overall work.
The ΔPWV maps, representing the time differences of the PWV, highlight both positive and negative time differences, corresponding to an increase and decrease in the water vapor amount in the atmosphere, respectively, and help to interpret the PWV evolution.
On the basis of Lieberman's RF sheath model, the presheath potential difference corresponding to Bohm velocity is combined to sheath inner potential.
At high electric fields, a steady-state population is developed between right and left moving charge carriers with a maximum energy difference corresponding to the phonon energy ℏ Ω = 160 ( 4 e / h ) / ≈ 25 μ A. A slightly different behavior was reported in semiconducting single wall carbon nanotubes by Chen and Fuhrer [27].
Our laservibrometric measurements of the tympanic membrane oscillations and our tympanal nerve recordings demonstrated an interaural intensity difference corresponding to 12.8 dB at 30° sound incidence.
Differences in baseline activity between speed and accuracy conditions were statistically assessed during the time of maximal speed-accuracy difference, corresponding to the average of volumes between 3 s and 19.5 s.
