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The method was validated over the calibration range of 0.5 100 ng/mL.
The assay was validated in a 5 5000 ng/ml calibration range.
The sensor displays a linear calibration range from 50.0 nM to 150.0 μM for INZ determination.
Side view of a water drop levitating on a plate heated at 350 °C observed with an infrared camera using a calibration range from −40 °C to 150 °C, only suitable for water, and not brass.
The proposed method has a linear calibration range from 10 to at least 500 ng ml−1 of lead.
Detection limit of 0.06 μM and the linear calibration range up to 148.47 μM H2O2 are obtained for this sensor.
NIR method was validated on the full calibration range with external prediction sets, using the accuracy profile approach.
The calibration range of the method could be extended from 4 to 1000 μg/ml by adjusting the injection volume.
The catalytic currents were proportional to the concentration of HZ with a wide linear calibration range (LCR).
The calibration standard curve had a reliable reproducibility over the standard concentrations across the calibration range.
However, the addition of 0.25 mL was selected for a broader calibration range.
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