The phrase "uniformity of surface" is correct and can be used in written English.
You can use it to refer to a surface that is even and consistent in texture or appearance. For example: "The uniformity of the surface made it easy to apply the paint evenly".
He thinks there should be uniformity of surface across the Premiership.
Three parameters, cooling/heating capacity of radiant floor, uniformity of surface temperature distribution, and the lowest temperature in surface, are concerned most by designers and users of radiant floor.
The simulation results show that the uniformity of surface heat flux is improved effectively and the maximum mean square deviation of the external tube temperature drops from 32.4 °C to 23.6 °C after optimizing.
High mixture temperatures also affect important properties of the hardened concrete such as decreased ultimate strength, increased tendency for moisture and thermal shrinkage cracks, decreased material durability, and decreased uniformity of surface appearance (Samarai et al. 1983; Schindler and McCullough 2002).
It is attributed to the fact that the local aggregation of AuNPs onto SA is highly related to the molecular structure of APTMS, which leads to the formation of amine functional group as a disordered layer on the surface and, consequently, the decrease in the uniformity of surface functionalization and large variation of surface density of AuNPs [48].
A better uniformity of surface discharge may also be achieved by suitably adjusting the depths of ponding over the surface of the soil – regions close to the ditches be provided with zero or negligible depths of ponding and the ponding depths may be made to progressively increase with the increase in distance from the ditch faces.
This is attributed to the different types of nucleation sites resulting from the non-uniformity of surface roughness of Kevlar and PET fibres.
To ensure the chemical uniformity of the surface, acrylic resin surfaces were replicated using microtransfer molding.
The smaller diffusion barrier for Ag atom on the H-terminated Si surface is probably due to the uniformity of the surface atomic charge distribution because of the saturation of the surface Si DBs by H atoms.
By using thermal conductive paste, the uniformity of the surface temperature can be improved, and the error of the surface temperature measurement by FBG can be significantly reduced compared to that from a commercial thermal resistance surface temperature sensor.
The more uniformity of the surface charge distribution may decrease the Ag diffusion barrier on H-terminated Si(111) surface [20].
