The phrase "adequate detector" is correct and usable in written English.
It can be used when referring to a device or system that is sufficient for detecting a particular signal, object, or condition.
Example: "The research team developed an adequate detector for measuring environmental pollutants."
Alternatives: "sufficient sensor" or "capable detector".
However, these studies are hindered by the lack of adequate detectors that can provide multiple frames of detailed structural information on the required millisecond time scale at the extremely high count rates available at the APS.
A grounding scheme employing copper kapton mesh circuits is described and shown to provide adequate and robust detector performance.
In order to achieve these potential benefits, an adequate hard-decision detector for retrieving the information bits transmitted in the spatial and signal constellation diagrams is needed.
Given the relatively short decay time of BGO, the simulations suggest that such a detector may prove adequate for the purpose of rapid scanning of highly shielded cargos for possible presence of high atomic number (including clandestine fissionable) materials when used with low current high duty factor X-ray sources.
The sensitivity and linear response range of the detector need to be adequate enough to quantify small amounts of proteins.
While for many applications the optical input is the best option, for other applications, where the images are high resolution or the photo-detectors are not adequate to sense the images, a mechanism to upload the image is needed.
The temperature distribution of fire-induced flow beneath the ceiling of tunnels or corridors with longitudinal ventilation needs to be estimated in order to properly design the fire detectors and provide adequate fire protection to the tunnel structure.
In Kansas, a law will go into effect in July requiring that any university building where firearms are prohibited have "adequate security measures," including metal detectors and onsite firearm storage.
The observation that we could calculate maps with useful information up to 90% of the Nyquist frequency surpassed our initial expectations and clearly illustrates the potential of direct electron detectors combined with adequate video processing for cryo-EM structure determination.
This low pitch provides sufficient overlap between successive helical rotations of the detector array such that adequate data are obtained in each portion of the cardiac cycle for image reconstruction.
