Sentence examples for enables investigating from inspiring English sources

This article reports about the development of a new pin-on-ball spectroscopy-assisted tribometer device that enables investigating also physical rather than merely engineering aspects of wear processes using in situ Raman and fluorescence techniques.

Moreover, the high proportion of dioecious species enables investigating the sexual differences and adaptations of the two sexes.

Assessing the small-scale soil variability enables investigating the influence of podzolization intensity in temperate forest soils on the spatial P distribution at the profile scale.

This measurement method enables investigating the effects of various design and geometric parameters as well as operating conditions, such as properties of cathode gas diffusion layer (GDL), membrane thickness, cell current density, cell temperature, methanol solution concentration, oxygen flow rate, etc., on water crossover through the membrane in situ in a DMFC.

This enables investigating the process at the single cell level and provides important qualitative information; however, it requires examining cells one by one, which is very time-consuming and limits the sample size, whereas variation between cells may be high.

The case study method enables investigating a phenomenon in depth.

Acoustic emissions analysis combined with scanning electron microscopy enabled investigating the effects of hygrothermal ageing on the process of degradation of flax-fibre composite.

We suggest that surface engineered cells with QDs will enable investigating the cellular behavior and monitoring cell growth patterns as nanobiosensors for screening of drugs/chemicals at single cell level with fewer side effects.

Experimental high throughput methods such as gene expression profiling with microarrays enable investigating the pathogenic function of tumors on a mesoscopic level.

Splitting the sample into two groups was done to enable investigating effects of administration order (methods and results described in the Supplementary material).

For real life (clinical) applications there is a need to scale up and build more complex spatio-temporal multiscale models; these could enable investigating how changes at small scales reflect at large scales and viceversa.