The phrase "analysis sensors" is correct and usable in written English.
It can be used in contexts related to technology, data collection, or scientific research where sensors are employed to analyze data or conditions.
Example: "The new analysis sensors installed in the laboratory provide real-time data on environmental changes."
Alternatives: "data analysis sensors" or "analytical sensors".
Longo et al. [1] described three possible sources of train location data for analysis: sensors embedded in the infrastructure to detect trains, on-board sensors to record the distance travelled and positioning equipment such as GPS.
Numerical modeling of the gas flow from the sampled region to the cluster of analysis sensors, through a long (∼8 m long, ∼110 mm diameter) sampling pipe originating from a pressure reducing orifice, confirm that the desired response time (∼1 s for He or D2) is achieved with the present design.
Major design steps supported by the tool are modeling, fault diagnosability analysis, sensor selection, residual generator analysis, test selection, and code generation.
A free-standing single crystal silicon integrated optical waveguide was developed for an integrated optical gas analysis sensor working in the middle infrared region.
Predefined per protocol analysis (sensor use at least 6 days/week) showed greater improvement in time spent in target range glycemia, 3.9 10.0 mmol/L (70 180 mg/dL), in the CSII group.
The successful coupling of a microfluidic flow cell with a BiFE, thereby forming a "mercury-free" AdSV flow analysis sensor, shows promise for industrial and in-the-field applications where inexpensive, compact, and robust instrumentation capable of low-volume analysis is required.
In [3], the authors give performance analysis when sensors are deployed in a random sensor field.
Use of social network analysis in sensors has been shown in (Tsugawa et al. 2012).
These advantages qualified Ag@PAH NP as a promising smart SERS substrate in the field of trace analysis and sensors.
Brillouin optical fiber time domain analysis (BOTDA) sensors are fabricated to monitor the expansion strain of steel corrosion.
This aspect is important for proper differential read-out analysis, only sensors with equal mechanical properties should be utilized for differential readout.
