The maximum measurable temperature of the thermal camera is 500 °C.
The minimum concentration change that can be measured is about 30 ppm, which is equivalent to a minimum measurable change of refractive index of 5 × 10−5.
The upper measurable temperature is found to be 900 1000 K.
Minimum measurable Reynolds number obtained with this technique is 5000 which is significantly lower than conventional vortex flowmeters.
To obtain the temperature data used for LSFEM solution, we designed a laboratory experiment to produce measurable temperature gradients.
Maximum detection depth and the minimum measurable SPION concentration were determined experimentally.
An observer based on a few temperature measurements during machining is designed to reconstruct the non-measurable temperature distribution.
In addition to a larger area experiencing increases in minimum temperatures, those minimum temperature increases were of greater magnitude than were the increases in maximum temperature.
Minimum habitat temperature was unrelated to this measure of a species' upper lethal temperature (p = 0.738).
Moreover, we consider five environmental factors as regressors, namely, Minimum Temperature, Maximum Temperature, Minimum Humidity, Maximum Humidity, and Total Rainfall.
