Even though the instrument is operated in the appropriate temperature range, the change in temperature during operation affects the ADC output.
As the instrument is operated in an air-conditioned laboratory, the influence of the temperature on the count rate can be neglected.
This lack of material quantification manifests itself further when the instrument is operated with low-energy electrons, in what is referred to as low-voltage SEM (LVSEM).
The column exit is directly connected to the nanoelectrospray ion sources and the instrument is operated in data-dependent acquisition mode to automatically switch from MS to MS/MS analysis.
A standard fiber-based OCT instrument is operated in Michelson interferometer configuration, connecting the fiber coupler (OZ Optics, Ontario, Canada) with 90/10 splitting ratio.
When the fluorescence microscope combined with the tip-scan HS-AFM instrument is operated in the total internal reflection mode, simultaneous single-molecule HS-AFM/fluorescence microscopy observations can be performed, as demonstrated.
The number of detected peptides correlated with the sum of recorded total peak area, confirming that the instrument was operating within its dynamic range.
The proposed instrument is split into two complementary "sub-instruments", where one is operating as the front-end device, responsible for the accurate, low-noise signal detection and transmission, while the second "sub-instrument" is operating as the "base station", responsible for the collection and further processing of the captured data.
The instrument was operated in both tethered and towed operation, as well as aboard Kemonaut, an Odyssey-class autonomous underwater vehicle (AUV) modified to accommodate the NEREUS instrument.
