Sentence examples for mobile instrumentation from inspiring English sources

In contrast to many laboratory instruments, mobile instrumentation is usually equipped with a single laser, which makes it impossible to switch to another laser wavelength to overcome fluorescence interference.

The system integrates the new strategy for abdominal signal acquisition and analysis based on the smart selection of algorithms realized in the mobile instrumentation of PAN.

Because of a good spectral resolution both in liquid and solid phases, robust and mobile instrumentation, low cost and ease of use, Raman spectroscopy is a preferred noninvasive analytical technique that allows one to follow in situ the complex solidification process of silicates.

Hence, we have developed a multi-layer framework for web client security based on mobile code instrumentation.

Twofold characterisation of mobile Raman instrumentation for art analysis: (i) investigation of spectroscopic characteristics such as (amongst others) spectral resolution, spectral window, signal to noise ratio and limit of detection; (ii) evaluation of specific properties that are useful for mobile studies in archaeometry.

By using mobile Raman instrumentation it is possible to investigate the artworks without the need for sampling.

The authors would like to thank Cécile Cornou for her help in the coordination with the "French Post-Seismic unit" and "SISMOB/INSU" instrumentation mobile pool (SISMOB is member of RESIF network, a national Research Infrastructure recognized as such by the French Ministry of higher education and research).

HPLC has also the limitation of large consumption of solvent volumes, which is due to the continuous flow of mobile phase and large instrumentation dimension.

These pioneering companies, mostly in the diagnostics field, have argued that microfluidics provides a better methodology for isolation of key cell populations by reducing the device footprint and making the instrumentation more mobile, providing a higher throughput versus the state of the art, and reducing the overall cost of manufacturing.

Unlike other computerised method development systems, LabExpert operates in real-time, using an artificial intelligence system and design engine to provide experimental decision outcomes relevant to the optimisation of complex separations as well as the control of the instrumentation, column selection, mobile phase choice and other experimental parameters.

In addition, mobile fibre-optic-based Raman instrumentation may facilitate the analysis of artefacts that are difficult or impossible to bring to the laboratory, such as wall paintings on the vault of a chapel [ 8].