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Several designs for making the sensor on a Si wafer are suggested.
In consequence, photons are detected and counted as digital signals, thus making the sensor less susceptible to temperature variations and electronic noise.
Moreover, the cavity size of the sensor can be reduced by the modified measurement method in our paper, making the sensor more economy, and easy to be embedded in the pipes.
Characterization results show high dynamic range and an improved image response if compared to standard linear pixels, both in the visible and in the NIR ranges, making the sensor suitable for the target application.
This is below the minimum monitoring level (1 mg P/l) as required by current legislation for wastewater discharges, making the sensor as developed promising for direct quantification of phosphate in environmental monitoring applications.
The sensor does not require the replacement of wicks or a water supply, and the measurement region is made of metal, making the sensor superior to the psychrometer in terms of low maintenance, and long lifetime and high durability at high temperatures and high humidities.
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Making the sensors completely resorbable avoids the need for surgical removal.
That is enough of an inaccuracy to make the sensor nearly useless to a competitive athlete.
That makes the sensor completely stretchable in all directions, with total rebounding afterward.
Next Steps: The researchers believe that better optics could make the sensor as sensitive as the bulky standard devices.
These attractive features make the sensor highly useful for a wide range of applications.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com