Sentence examples for configuration of the instrument from inspiring English sources

In this study, i) configuration of the instrument, ii) calculation of optical signal, iii) processing of the signal to extract Fourier coefficients and then generalized angles, and iv) calibration procedures are presented in details.

The second hypothesis, that the population size and demographic density of the affected areas explain the spatial configuration of the instrument seems to explain some, although not all, of the cases related to the pacts signed in areas characterized by low levels of demographic density, and the presence of small and very small-sized municipalities.

This will be dependent on filter type and optical configuration of the instrument [ 46, 71, 74 ].

Different hardware configurations of the instrument would make the system more light-efficient, such as a different imaging strategy (confocal, line scanning, etc)., longer excitation wavelength or more sensitive detectors, among others.

The mass analyzer configuration of this instrument, mass-resolving quadrupole – collision quadrupole – orthogonal time-of-flight (Q-q-oTOF), allowed both full and collision induced dissociation (CID) spectra to be obtained.

The configuration of the various instruments on each of the three Swarm spacecraft is shown in Fig. 1.

Two configurations of the sOCT instrument were used to capture the dynamic behavior of the cornea: (1) 1-D meaturements at full temporal resolution (every 15 μs) on the corneal apex, i.e. continuous A-scan recordings without moving the scanner; and (2) 2-D dynameasurementsents (B-scans) of the horizontal meridians of the cornea.

The intricate design of instruments, the configuration of instrument trays, and evidence-based practice have resulted in the need for complicated and specific reprocessing recommendations from instrument manufacturers.

However, such local optimization may hide the much larger impact of global optimization: making a larger number of coordinated changes to multiple components at once (e.g. the configuration of a medical instrument, the training of a provider and the mix of patients admitted to the system).

The optical configuration of the proposed optical measuring instrument is designed, and its prototype composed of the micro-optical probe component and the Linnik microscope component is developed based on an optical cage system.

Independent of the source configuration the instrument was always operated in ultrahigh-resolution mode with an m/ z range of 200 3000 with a 3 microscan average per spectrum.