The phrase "a further surface" is correct and usable in written English.
It can be used when discussing an additional layer or aspect of something, often in contexts related to analysis or description.
Example: "In our study, we will examine a further surface of the issue that has not been addressed in previous research."
Alternatives: "an additional layer" or "a subsequent level".
Zhu et al. designed a superhydrophobic polyester fabric with a good mechanical stability and an easy repairability by coating the fabric with metallic Ag NPs and a further surface fluorination [76].
The performances in the direct synthesis of hydrogen peroxide (H2O2) with Pd-Me (Me = Ag, Pt) catalysts prepared by depositing the noble metals by electroless plating deposition (EPD) or deposition precipitation (DP) methods on α-Al2O3 asymmetric ceramic membrane with or without a further surface coating by a carbon thin layer are reported.
A further surface C-crown in a distinct pocket was also involved in the dimer interface, contacting E73, and Y103 of both chains (C-crowna in Figure 2 a and Supporting Information, Figure S6).
Moreover, the present study demonstrates that, in line with previously reported findings [49], QCM-D monitoring without using a further surface sensitive method can hardly be used to follow the kinetics of the adsorption, self-assembly and recrystallization process of, e.g., proteins by measuring the mass deposited per unit area.
As a result, further surface modification processes such as PEGylation are often taken place to enhance the biocompatibility [23].
"Given current sensitive hydrological conditions, there is a risk of further surface water flooding in Wales, and both river and surface-water flooding in Cornwall, Devon and Somerset".
The LTH approach provides a platform for further surface functionalization of polymeric membranes to generate photoactive coatings, tuneable hydrophilicity, low fouling surfaces and novel surface architecture.
Modification of ST20 by sodium alginate can change diffusion of adsorbate into pores (voids) and provide a possibility for further surface modification.
The self – assembled monolayer (SAM) of phosphonates provides a platform for further surface modifications using biomolecules that can be adopted for the development of sensors and biosensors.
Surface based sensor platforms have benefited from miniaturization of the capture area and particle capture systems provide a route to further surface miniaturization, as well as unique opportunities for the rapid analysis of dilute samples of particular interest for point-of-care (POC) diagnostics.
As mentioned above, the nanoparticles can be directly dispersed either in an organic or an aqueous medium without further surface decoration.
