"suitable thickness" is a correct and usable phrase in written English.
It can be used when describing the thickness of an object or material that is appropriate for a specific purpose or situation. Example: "When choosing a mattress, make sure to consider the suitable thickness for your comfort and support needs."
According to the analysis of the gas channel depth and considering trying to choose a larger thickness in order to avoid being broken during assembling a transparent single cell, 2 mm thick is determined to be the suitable thickness of the graphite pierced plate.
One half inch thick, and one and quarter inches wide is a suitable thickness and width for a broadsword, and is (usefully, and not coincidentally) the same dimension as baseboard you can find at the local Home Depot.
The suitable thickness of MoO3 interlayer is further verified by analyzing OLED efficiency.
Adding an epoxy top coat of suitable thickness shifted the neutral axis toward the encapsulation layer, reducing the induced strain.
Finite element analyses (FEA) were conducted to evaluate the expected performances of coatings with different thermal conductivities as well as to determine a suitable thickness for coating deposition.
The maximum occurrence probability among the categories was selected for determining the most suitable thickness category of low permeability topsoil materials.
If the suitable thicknesses of dielectric layers and the substrate were chosen, the desired Joule loss profiles inside the MO disk can be designed.
The research results indicate that the suitable thicknesses of the bond-coating and top-coating are 60 120 μm and 300 420 μm, respectively, for the single ceramic layer YSZ/NiCoCrAlY APS-TBC.
Three new structures, i.e. undulated lamellae, undulated cylinders and parallel cylinders with non-integer period, are observed to be stable with suitable film thickness and block substrate interaction.
To decrease this conflict, a novel DCL cathode is prepared using catalysts with two different amounts of Pt; the catalyst with higher Pt content is used in the inner layer to concentrate the Pt, and the catalyst containing less Pt is used in the outer layer to maintain a suitable layer thickness.
Thus, the large field enhancement can be achieved as the constructive interference happens by choosing a suitable layer thickness, such as the case with H = 20 nm in Figure 5. Figure 5 Electric field intensity verse wavelength for the structures with concentric rings for different dielectric layer thickness.
