Sentence examples for instruments corresponding from inspiring English sources

The chromatic value L xy output from the iPhone6S was chosen as the parameter to compare to the L xy output of the X-Rite I1 Pro, furthermore, the value of SQRY (x**2 + y**2) = Y can be used to evaluate a degree of yellowing (Y) from both instruments corresponding to a path of increasing yellowness in the CIE chromaticity two dimensional plot [14].

It shows only the coefficient of the instrument corresponding to the endogenous variable in each regression.

The results indicate that there is an initial collapse of the protein in the deadtime of the stopped-flow instrument, corresponding to a regain of ∼60%% of the native signal, followed by three slower transients.

The top quartile of scores for each instrument corresponding to adverse PGC morale were assumed to be at risk for depression, while those in the bottom three quartiles were not.

Neutral density filters (ND 1, 2, 3, or 4 on the instrument, corresponding to 100, 25, 12.5, or 5% transmittance) and different exposure times were used to modulate the amount of light samples were exposed to.

The goal of this investigation was to construct a short prostate cancer radiation late-toxicity HRQoL instrument corresponding to relevant symptoms as identified by patients, radiation oncologists and the medical literature.

A broad depletion in high-energy electrons was also seen in the C0 C3 channels of the MIMI-LEMMS instrument, corresponding to a dropout in number densities of electrons with energies of 18 100 keV, which is consistent with a region partially evacuated of energetic particles due to absorption by Hyperion.

In order to reduce the GG molecular weight, a High Intensity Ultrasonic Processor (750 Watt model, probe type sonicator Vibra Cell VC 750, Cole-Parmer, USA) was used, working at 20 kHz, with a 6.5 mm microtip, applying an amplitude of 30% of the maximum power supplied by the instrument corresponding to 20 watts and pulser cycles of 30 s ON and 30 s OFF.

For example, five of the six most recently developed instruments had corresponding patient versions [ 57, 58, 60- 71, 77- 79, 81, 82].

The estimated prevalence of overweight and obesity was 16.4% with no instrument error, corresponding to measurements taken by calibrated instruments, with the mean of error term set to zero.

This may represent the effect of weak instrument bias, corresponding to the low F statistics above for X1 and X2 (25).