The phrase "axis width" is correct and usable in written English.
It can be used in contexts related to geometry, graphs, or design, where the width of an axis is being discussed.
Example: "In the graph, the axis width was adjusted to improve readability."
Alternatives: "axis dimension" or "axis span".
Leaf: 2--7 cm, 1° leaf axis linear, lobes +- linear-cylindric to linear, 1° leaf axis width mostly 2--3 × lobe width.
Leaf: basal in suberect rosette, 1--3 cm, 1-pinnate-lobed; axis 1--3 mm wide; lobes 2--7 mm, generally > axis width.
Stem: 7--23 cm, branches ascending, 1--several, thread-like, glandular-puberulent. Leaf: basal 1--6 cm, lanceolate or widely linear, toothed or lobed, lobes rounded, mucronate, generally < leaf axis width; cauline linear, entire.
The features used for the classification are distance from center, circularities, compactness, major axis width and length, elongation, Heywood diameter, the intensity average, and its standard deviation.
Evolvulus glomeratus possessed the largest pollen with 39 45 µm in polar axis (length) and 41 47 µm in equatorial axis (width).
The diagnostic performance of the algorithm was assessed with the centre count set to 1000 and with a minimal image axis width of 120 pixels.
The structures of both minerals are similar in that the tetrahedral pointing in the same direction form 2 1 ribbons that extend in the direction of the a-axis and have an average b-axis width of three linked tetrahedral chains in sepiolite and two linked chains in palygorskite (Singer 1989).
The size of the precipitate crystal along the c-axis (length) and a-axis (width) was calculated using the Debye-Scherrer formula, D = 0.89λ/ β1/2 * cosθ) (D is the crystallite size; λ is the wavelength of the X-rays; and β1/2 is the diffractometry (XRD) pattern broadening).
The eight significant QTL affecting seed area explained 63% of the variation, and overlapped with five of the six major-axis (length) QTL and three of the five minor-axis (width) QTL, which accounted for 57% and 38% of the variation in those traits, respectively.
For the illustration of detected Ca2+ sparks, representative confocal line scans from each group were converted into a surface plot using ImageJ (x-axis = time; y-axis = width; z-axis = brightness, respective range of grey values as annotated).
The mean values of 872 measurements from ΩIII epidermal long cells of foxtail millet (9 species) and 607 measurements from green foxtail (7 species) are shown in the bivariate biplot, plotted along axis W1-3 (width of undulating patterns of epidermal long cells in ΩIII) and axis W2-3 (width of epidermal long cells in ΩIII).
