Sentence examples for resolution for approximately from inspiring English sources

The measurements were taken at 1 point per sec resolution for approximately 1000 s.

Using this approach, we were able to build approximately 20,000 high-quality PAS clusters (72% to 78% of the total mapped PolyA clusters) that allowed us to map 3'UTR ends at single base resolution for approximately 6,000, 2,000, and 1,200 genes in our intestine and two muscle datasets, respectively.

Using SPIA, we were able to build approximately 20,000 high-quality PAS clusters that allowed us to map 3'UTR ends at unprecedented resolution for approximately 6,000, 2,000, and 1,200 genes in intestine, pharynx and body muscle datasets, respectively.

The position resolution is found to be σr/mm="(3.07±0.03)(E/GeV)−0.202±0.008 which corresponds to an angular resolution of approximately 1° for 1-GeV positrons.

The TRT contains around 300 000 thin-walled proportional-mode drift tubes providing on average 30 two-dimensional space points with an intrinsic resolution of approximately 120μm for charged particle tracks with |η|<2 and pT>0.5GeV.

We estimate that exclusion of the two most intractable genera in our data set (Solidago, Symphyotrichum) would result in an increase in resolution of approximately 10% for all of the single gene regions and combinations.

For an excitation wavelength of 785 nm, Rayleigh's rule for spatial resolution (Δ Z = 1.22 λ/2(NA)) predicts a spatial resolution of approximately 0.5 μm for a wavelength of 785 nm and a numerical aperture (NA) of the ×100 objective of 0.95.

The full-width half-maximum of the collected ionization electron distribution was found to be 5.5 μm, yielding a spatial resolution of approximately 2.3 μm for individual incident electrons, and the modulation transfer function of the sensor at the Nyquist limit is to be 32%.

Briefly, the 2ID-D is an undulator beamline with Fresnel zone plates focusing optics that produced a focal spot with a FWHM (full width at half maximum) spatial resolution of approximately 120 nm for these experiments.

The MSP can be adequately visualized using LM-NBI, but the resolution of approximately 14 μm for LM-NBI is insufficient to discern mucosal microvessels (MVs) with a minimum diameter of 8 μm.

The reconstructed profiles consisted of 100 time frames equally spaced between two QRS peaks giving a time resolution of approximately 1.5 ms for an animal with a 400 beat per minute heart rate.