The phrase "a minimum thickness of" is correct and usable in written English.
It can be used when specifying the least amount of thickness required for a material or object in various contexts, such as construction, manufacturing, or engineering.
Example: "The specifications require a minimum thickness of 10 millimeters for the insulation material to ensure optimal performance."
Alternatives: "a required thickness of" or "a least thickness of".
Our work provides direct evidence of the mechanical robustness of thick carbon coating and offers a minimum thickness of carbon coating for constraining the deformation of anode materials with large lithiation-induced volume change.
The researchers, from the University of Arizona, have modeled comet impacts on the moon and come up with a minimum thickness of the ice shell.
A device was designed, built, and tested that provides TLD powder thickness variation to a minimum thickness of 0.125 mm.
In addition, freestanding Cu films with a minimum thickness of 80 nm were tested by a bulge testing technique.
Results show that a minimum thickness of 17 mm is sufficient for the leaf spring eye design to prevent failure under extreme torsional loadings.
Internal steel reinforcement and a minimum thickness of FRP tube are deemed necessary to provide adequate ductility and system integrity in seismic applications.
It has a minimum thickness value of about 45 m at the end of the profile and a maximum of about 104 m at its central part (Fig. 11).
It has the capability for a minimum thickness layer of 20 μm, dual extrusion to utilize a second extruder for water-soluble support structure printing, and automatic build-plate levelling.
A certain minimum thickness of the active region is necessary, however, as the coupling strength of the disks is reduced for thinner waveguides (due to the strong diffraction of the emitted light at small apertures).
In the case of the electrical properties of the BaTiO3 films on Cu and SUS substrates, the BaTiO3 films on Cu substrates exhibited a critical minimum thickness of 0.5 μm, whereas the BaTiO3 films on SUS substrates exhibited a dielectric behavior for thicknesses of at least 0.2 μm.
As a result, the BaTiO3 films on SUS substrates had a lower critical minimum thickness of 0.2 μm, a fewer macroscopic defects, and a lower interface roughness than the BaTiO3 films on Cu substrates.
