Sentence examples for sensing capacity from inspiring English sources

Additionally, the strain sensing capacity of those composites with conductive aggregates was also enhanced, indicating similar sensitivity and lower dispersion than equivalent mortars containing limestone aggregates.

Non-contact measurement methods such as scanning laser vibrometers provide high spatial and temporal resolution sensing capacity; however, they make measurements sequentially that requires considerable acquisition time.

Relative to the single MICP pore array (MICP1) film, the two designed MICP films MICP1-2000 and MICP1-500) showed highly enhanced sensing properties such as sensing capacity, sensitivity, and selectivity.

The hybrid system combining graphene with plasmonic metal nanoparticles (NPs) has been of great interest owing to its excellent sensing capacity to be used as surface-enhanced Raman scattering (SERS) substrate.

Its unique substrate noise sensing capacity is demonstrated using silicon measurements in an advanced wireless communication System on Chip, implemented in a CMOS process commercially available by TSMC, where a programmable CMOS control logic of 120 kGate acts as the substrate noise transmitter.

He added that scientists need to monitor carbon storage and possible temperature increases in oceans at depths greater than 2 kilometers in addition to adding biogeochemical sensing capacity.

Combining the inherited in-plane (lateral) actuation and sensing capacities of comb fingers, three-dimensional actuation/sensing can be realized.

Existing mechanisms mainly focus on scenarios where all sensing tasks are belong to a monopolistic campaign, while ignoring the situation where multiple campaigns coexist and compete for potential sensing capacities.

Planetary Resources which last year deployed a demonstration vehicle into low-Earth orbit to test core avionics, navigation, and computing systems is soon to deploy another vehicle to test remote sensing capacities.

Differences in environmental sensing capacities of L. biflexa, L. borgpetersenii, and L. interrogans suggest a model which postulates that loss of signal transduction functions in L. borgpetersenii has impaired its survival outside a mammalian host, whereas L. interrogans has retained environmental sensory functions that facilitate disease transmission through water.

Exposure of the fibers to different solvents in the vapor or liquid phase would result in varying degrees of swelling and a corresponding reflection peak red-shift endowing the fibers or textiles made thereof with optical solvent sensing capacities.