The phrase "an equal thickness of" is correct and usable in written English.
It can be used when describing materials or layers that have the same measurement in thickness.
Example: "The artist applied an equal thickness of paint to each canvas to ensure consistency in texture."
Alternatives: "a uniform thickness of" or "an identical thickness of".
As was described previously, this moves the reflections around on the area detector, but most importantly, the (20), (1,1), and (1,–1) reflections traverse nearly equal thickness of the thin substrate, so the differential attenuation is negligible.
Equal or nearly equal thicknesses of top and bottom Si layers are mandated to produce flat strain-balanced SiNMs after the release step.
As can be seen, large compressive stresses develop at the interface for equal thicknesses of tbc and bond coat; these stresses are reduced and the stress profile becomes more homogeneous if the bond coat thickness is reduced.
The entire length of the belt was backed by equal thicknesses of teak planks.
Through replacing the NW arrays with a thin film of equal thickness, the reflectance R and T transmittance of NW arrays can be estimated using the Fresnel equations.
Voidage profiles in randomly packed beds of uniformly sized spheres are analysed by dividing the bed into a number of concentric layers of equal thickness, and by expressing the void fraction in a layer in terms of the contributions to the solid volume by spheres with centres lying in appropriate neighbouring layers.
Most approaches currently fit isopachs (contours of equal thickness) to field measurements of deposit thickness, and then use the thickness area relationships to derive a volume.
The panels are of equal thickness (1.3 cm) and of near-identical size; the Saint Catherine panel measures 18.6 x 21.7 cm, the Saint Joseph 18.2 x 21 cm.
When non-lesioned OA cartilage was at least 3 mm thick, a section was divided in half lengthwise to produce separate superficial and deep portions of equal thickness (n = 6 of the 14).
The NTD is defined as the difference between the transit time through the heel of an ultrasound signal and the transit time through a hypothetical object of equal thickness (to the heel) but containing soft tissue only.
