Correct installation is also important in order to ensure long-term reliability and to obtain the best results from instruments, which are capable of higher-order accuracies due to advances in technology.
The DAQ system is capable of reading out 5 GB/s per instrument, with the exceptions of the coherent X-ray imaging (CXI) instrument [4], which is capable of running two independent experiments simultaneously and whose infrastructure is capable of reading out 10 GB/s, and the matter in extreme conditions (MEC) instrument [5], which is limited to 1 GB/s due to its lower designed data rate.
The first early instruments, the Ion Personal Genome Machine (PGM), was deployed in late 2010, while in September 2012, the Ion Proton was launched which is capable of producing larger outputs.
The measurement of flow velocity at high frequencies (20 200 Hz) has been made easier over the last couple of decades by the development and commercialization of a variety of instruments, many of which are capable of measuring multiple sampling volumes simultaneously.
CAR's unique measurement geometry allows a comparison of measurements acquired from different satellite instruments with various geometrical configurations, none of which are capable of obtaining such a complete and nearly instantaneous BRDF.
Also optimized for ultraviolet observations were the FOC and FOS, which were capable of the highest spatial resolution of any instruments on Hubble.
7 demonstrates an example in which the instrument is capable of probing biochemical differences between microstructures that exist in close transverse proximity to one another.
Reliability and validity of measurement are of course paramount for good-quality data, but the degree to which a measurement instrument is capable of discerning differences between individuals is also a fundamental aspect of measurement theory [ 4].
In addition to the minimum requirement, the instrument proposed is capable to roughly localize GRBs which occur in the Lobster FOV (162 × 22.5°) and to significantly extend the scientific capabilities of the main instrument for the study of GRBs and X-ray transients.
