A flexible user interface allows easy modification of detector parameters at run time.
To increase safety and ease the concern we are developing LANFOS (Large Food Non-destructive Area Sampler)—a compact, easy to use detector for assessment of radiation in food.
The array is of modular design, which allows for the stacking of an arbitrary number of detectors, as well as for the easy exchange of detectors for repairs if needed.
However, it is not easy to deploy detectors for quantitative observations before a landslide, due to their unpredictability.
Based on this technology, a simple, robust and easy to maintain ethylene detector has been developed (Sensor Sense BV, Nijmegen, The Netherlands), and a number of the above-described studies have been performed with this commercial device.
The energy detector is easy to implement and requires no prior information about the PU signal.
The system has been designed for easy expansion as new detector elements are installed in STAR.
Using only WiFi sensor and a weak learner, the sub detector is easy to use and energy saving.
Since the binary integration detector is easy to implement, it is widely applied to detect the range distributed target as a quasi-optimum integration CFAR detection scheme.
The present in-line design while allowing easy mounting of the detector to the existing target chamber, has the peculiarity of providing a practical way of replacing the Si3N4 membrane in case it brakes while operating.
