Sentence examples for resolution capable from inspiring English sources
We found that tracking such phrases provides a level of resolution capable of exposing novel and persistent temporal patterns in the news cycle.
The government says it will this week facilitate a series of "indicative votes" to test preferences among MPs and try to discover whether there is a resolution capable of attracting majority support.
Non-destructive measurement techniques, with high spatial resolution, capable of correlating composition and/or structure with device properties, are few and far between.
We report on the development of a modular, ultrahigh-speed, high-resolution digital X-ray imaging system with large active imaging area and microsecond time resolution, capable of acquiring at a rate of up to 150,000 frames per second.
In this work, we performed ex vivo QSI on cervical spinal cord sections from healthy C57BL/6 mice at 400 MHz using a custom-designed uniaxial 50T/m gradient probe delivering a 0.6 μm displacement resolution capable of measuring axon diameters on the scale of 1 μm.
According to 9to5Mac's estimable Guilherme Rambo, the larger of the two models will have a significantly enhanced resolution, capable of displaying much more data.
Predicting air pollution concentrations at resolutions capable of capturing local-scale pollutant gradients over large geographical areas is becoming increasingly important in multicity and national health studies; in population exposure assessment; and in support of policy, surveillance, and regulatory initiatives.
While exceptionally high resolutions are capable with 2PP, the resolution is scalable, which facilitates tuning the resolution to one's needs and thus minimizes the fabrication time [ 14].
The result is a nonlinear high-resolution scheme capable of resolving moving fronts and internal/boundary layers as sharp localized nonoscillatory features.
DC-capable amplifiers, sampling at 32 kHz per channel with 18-bits of A/D resolution are capable of resolving extracellular voltages spanning single-neuron action potentials, high frequency oscillations, and high amplitude ultra-slow activity, but this approach generates 3 terabytes of data per day (at 4 bytes per sample) using current data formats.
Recent research, however, has created a demand for higher resolution technologies capable of generating mRNA profiles at the level of single cells.
