Sentence examples for points acquisition from inspiring English sources

L-COSY was acquired with the following parameters: RF carrier frequency at 2.3 ppm; TR 1.5 s; water suppression using WET; 96 t1 increments; with 8 averages per increment, acquired vector size 1024 points; acquisition time 512 ms; spectral width in F2 2000 Hz, and spectral width in F1 1250 Hz (0.8 ms increment size).

The 13C resonance frequency is 75.46 MHz and the data was collected at 273 K using a spectral width of 18.8 kHz, 1130 complex data points, acquisition time 30 ms, contact time 2 ms. A total of 1024 scans were acquired with a relaxation delay 4 s.

The data were acquired from a voxel in the PCG (size 3 × 3 × 3 cm), acquired vector size 1,024 points; acquisition time 512 ms; spectral width in F2 2,000 Hz and spectral width in F1 1,250 Hz (0.8 ms increment size).

HSQC experiments were carried out using the following parameters: acquired from 9 to 1 ppm in F2 (H) with 1,200 data points (acquisition time 200 ms), 160 10 ppm in F1 (C) with 512 increments (F1 acquisition time 13.6 ms) of 32 scans with a 1-s interscan delay; the d24 delay was set to 0.86 ms (1/8 J, J = 145 Hz).

Spectra had the following parameters: acquired from 11 to 1 ppm in F2 ( H) using 2,696 data points (acquisition time 150 ms), 200 to −20 ppm in F1 ( C) using 512 increments (F1 "acquisition time" 6.2 ms) of 44 (WT) or 104 (C3H) scans with a 1-s interscan delay, total acquisition time of 7 h 21 min (WT), or 17.5 h; the d24 delay was set to 0.86 ms (∼1/8 JJ, J = 145 Hz).

The influence of operator technique on error and point acquisition ability for challenging geometry is also assessed.

In intersatellite optical communication, the Pointing, Acquisition and Tracking (PAT) phase is one of the important phases that needs to be completed successfully before initiating communication.

A single focal plane array (FPA) detector to operate both for all beacon acquisition, beacon tracking, and pointing functions simplifies the pointing acquisition tracking (PAT) systems.

A laser collimator is necessary for testing and verification of the pointing, acquisition and tracking (PAT) performance of inter-satellite laser communication terminals on the ground.

At this point, acquisition is not a viable option.

Components in brown are those used for quantum communication while those in green relate to the pointing, acquisition and tracking system.