Live music and speech, or pre-recorded music benefits from Bose Spatial Dispersion™ loudspeaker technology, which enables wide, uniform sound coverage across the stage and throughout the audience — even off to the extreme sides.
Zinc sulfide (ZnS), as one of direct band gap semiconductor material, is a luminescent material well-known for its photoluminescence (PL) and electroluminescence [9, 10], which enables wide applications in the fields of flat-panel display [11], sensor and lasers [12, 13], and photodetectors [14].
Cities are inherently dynamic and require the participation and engagement of their diverse stakeholders for the effective management of change, which enables wider stakeholder involvement and buy-in at various stages of the development process.
Moreover the actuation takes place in different electrolytes including simulated gastric fluid, which enables a wide range of applications.
One of the key technologies toward a higher implementation of biomass is thermal gasification, which enables a wide span of downstream applications.
DFC fuel cells also have a relatively high exhaust temperature (370°C), which enables a wide variety of waste heat uses in combined heat and power applications, including steam generation, hot water production, and absorption chilling.
NC Al–O thin films are synthesized by means of confocal co-sputtering, which enables a wide-range and quasi-independent control over impurity content and grain size.
The gene expression profiles were measured using Illumina Human HT-12 v3 Expression BeadChip (Illumina, USA), which enables genome-wide expression analysis (48800 transcripts, corresponding to approximately 37800 genes) of 12 samples in parallel on a single microarray.
The pioneering efforts to quantify a significant fraction of the proteome using radio isotopic labeling and 2D gels 3 has since given way to a torrent of information from mass spectrometry, which enables comprehensive proteome-wide quantification 4– 14.
So these two performances of the sensor are independent of one another, which enables the realization of wide dynamic range and high resolution simultaneously.
The breakthrough relies on the design of a new family of GBFCs, characterized by an innovative and simple mechanical confinement of various enzymes and redox mediators: enzymes are no longer covalently bound to the surface of the electron collectors, which enables use of a wide variety of enzymes and redox mediators, augments the quantity of active enzymes, and simplifies GBFC construction.
