Sentence examples for millimeter squared from inspiring English sources
The acquired image was then analyzed with the OptiQuant™ software where data in each ROI were quantified in digital light units per millimeter squared [DLU/mm2].
Landrigan et al. (2004) also reported clearance samples as fibers per millimeter squared, which likely should be in structures per millimeter squared.
It should be noted that this clearance standard has not been shown to be health based, and structures per millimeter squared cannot be equilibrated or converted to fibers per millimeter squared.
The number of pericytes was normalized to the relative capillary density (number of cells per millimeter squared of capillary area – 3 pixels of capillary area = 1 mm).
The sensitivity is influenced to a large extent by the analyte loading, i.e., the amount of sample per unit area (e.g., microliters per millimeter squared).
The pixel-lengths traced were multiplied by 0.78125 µm (representing the height and width of each pixel) and divided by the area of the field (0.09 mm) to produce a CNFL value in millimeters per millimeter squared.
BMI was determined by weight in kilograms divided by the patient's height in millimeters squared (BMI = kg/m2) [5, 16, 17].
For ordinal variables, CNFD in fibers per millimeters squared and corneal nerve branch density (CNBD) in branches per millimeters squared, the number of fibers and branches traced by the examiner were divided by area of the image causing the distribution of the data to appear interrupted and not purely continuous.
In brief, the mean CNFL from both eyes was calculated from high contrast images of the subbasal nerve plexus in Bowman's layer of the cornea using analytical software (CCM Image Analysis tool v0.6 provided by Drs. R. Malik and M. Dabbah; University of Manchester) and expressed in millimeters per squared millimeters of Bowman's layer.
Often surfaces abnormalities are less than a millimeter square in area but, must be located on surfaces of multiple meters square.
However, the downscale of modern CMOS technology allows shrinking very complex bioelectronic interfaces into millimeter square size systems, thus opening a large ground of applications.
