Sentence examples for data acquisition approach from inspiring English sources

The implementation of this new selective data acquisition approach is also presented and discussed.

The device follows a digital data acquisition approach, which significantly reduces the number of components between scintillator and spectrum output.

One major difference is that the proposed system design represents a parallel data acquisition approach rather than the more standard sequential single-point scanned OCT system.

In terms of collecting experimental data, the integrated MS multiplexed MS2 data acquisition approach [ 26- 29] seems only available for in-house machines but not for commercial MS analyzers in general.

With the simultaneous acquisition of 320 slices per rotation, a volumetric CT data acquisition approach is used, thereby reducing radiation burden, time of breath-hold and contrast load [ 19].

Application of nuclear microprobe event-by-event data acquisition approaches to synchrotron elemental imaging is at the heart of the design of a large energy-dispersive detector array called Maia, under development by CSIRO and BNL for SXRF elemental imaging on the X-ray microprobe.

If magnetically labeled cells are used as cellular probes in combination with higher field strength MRI systems with higher spatial resolution, more sophisticated data acquisition approaches and more robust image analysis [39], [40], it would be possible to translate this approach to the bedside for the clinical evaluation of glioblastoma patients.

In order to investigate the complex biological systems, many different data acquisition approaches are used.

All these high-speed data acquisition approaches are very expensive compared to the high-speed Camera Link® interfaces used in the SDOCT systems.

However, recent technological improvements in sample processing, instrumental platforms, data acquisition approaches and informatics capabilities continue to advance MS-based applications.

To achieve further progress in translational proteomics, technological developments in MS such as faster separations, more effective ion sources, higher instrumental resolution/mass accuracy, detectors with greater dynamic range, and advanced data acquisition approaches are expected to increasingly allow broad non-targeted measurements that retain the benefits of targeted approaches.