Sentence examples for efficient instrumentation from inspiring English sources

The recent development of new, more efficient instrumentation, as well as the renewed interest of the theoreticians, has drawn a significant attention to the field.

The design use and implementation of simple but highly efficient instrumentation is described, that allows for the possibility of wavelength-resolving optically detected X-ray absorption spectra (OD-XAS) of even the weakest luminescent systems emitting in the range 380 1020 nm (1.2 3.3 eV).

Point of care tests require accurate and efficient desktop instrumentation.

Average lengths of these isotigs were observed to be larger than lengths obtained previously, namely 100 bp for maize (Barbazuk et al. 2007), 247 bp for eucalyptus (Novaes et al. 2008) because of the enhanced performance owing to improvements for longer reads and that of the efficient Roche 454 instrumentation assembler software (Parchman et al. 2010).

The burden to healthcare and the impact of disease to humans from luminal disorders of the gastrointestinal tract have driven the requirement for more efficient endoscopic visualization and instrumentation over the past decade.

Inelastic neutron scattering experiments for advanced investigations of the atomic and spin dynamics of matter at low momentum transfers (Neutron Brillouin Spectroscopy) require new instrumentation and efficient measuring techniques.

With the highly efficient detection chemistries, sensitive instrumentation, and optimized assays that are available today the number of DNA molecules of a particular sequence in a complex sample can be determined with unprecedented accuracy and sensitivity sufficient to detect a single molecule.

The recent availability of compact and convenient diode-pumped laser-based UV excitation sources has now addressed the first issue and for the second we have developed efficient time-gated FLIM instrumentation for macroscopic imaging, including through endoscopes [ 26, 33].

Easily calculated from the bond graph model, these indexes give a measurement on how much the instrumentation system can be efficient in spite of a decrease in the performance of the process information system related to some faulty sensors.

The real success in the development of a reliable sensor for cell monitoring depends on the ability to design powerful instrumentation that will facilitate efficient signal transduction from the biological process that occurs in the cellular environment.

(See also instrumentation; transposing musical instrument).