The phrase "a uniform thickness of" is correct and usable in written English.
It can be used when describing the consistent measurement of thickness in materials or objects.
Example: "The artist applied a uniform thickness of paint to the canvas to achieve a smooth finish."
Alternatives: "an even thickness of" or "a consistent thickness of".
In general, the term plate would imply a uniform thickness of metal, and only iron could provide reasonably effective protection with uniform thickness without excessive weight.
Dense (98%) coatings with a uniform thickness of ~ 250 μm were deposited.
This fracture was partly filled with what was intended to be a uniform thickness of iron.
Then they are hung or pinned to dry slowly, ready for further processing, which begins with the skins being shaved on the flesh side to a uniform thickness of 3mm.
We successfully prepared stripe-patterned hydrogel sheets with a uniform thickness of ∼100 μm and a width of several millimeters.
Various characterization studies show that the buckypaper is quite flat and has a uniform thickness of around 80 μm.
The invasion assay was similar to the migration assay described above, except that the upper side of the membranes was coated with a uniform thickness (2 mm) of 100 μg Matrigel for 60 min at room temperature (RT) before the cells were added.
For this purpose, the transverse deflection of an annular plate is written in a series of the deflection functions of a uniform thickness annular plate without the action of a torque.
The absorber was painted with matt-finish black to enhance its absorptivity of sun radiation and was placed towards the south and tilted 20° to the horizontal, which provided an almost uniform thickness of a thin layer of water flow.
The Drosophila wing membrane has an approximately uniform thickness of just a few hundred nanometers, which implies that the dorsal and ventral wing cuticle ultimately acquire complementary shapes despite being secreted from different sets of cells.
Benefiting from the thin full carbon coating with a relatively uniform thickness of 3-5 nm, the as-obtained LiMnPO4/C composite with 6.84 wt.% carbon exhibits a high reversible capacity of 118 mAh g−1 at 5 C and 106 mAh g−1 at 10 C, respectively, and a remarkable stable capacity retention of ∼91.5% after 100 cycles at 0.5 C.
