The phrase "allocate surface" is correct and usable in written English.
It can be used in contexts related to assigning or distributing a specific area or space for a particular purpose, often in fields like architecture, design, or resource management.
Example: "In the new layout, we need to allocate surface for the exhibition displays to ensure optimal visibility."
Alternatives: "assign area" or "designate space".
A case study on optimally allocating both surface water and groundwater to different growth periods of rice in different subareas in Heping irrigation area, Qing'an County, northeast China shows the potential and applicability of the developed model.
The area of SWCNH surface allocated to the individual DSPE-PEG5000, 2000, 750 molecule were estimated to be 7.06, 5.18, and 4.45 nm2, respectively.
On the basis of these capacitance values, these loops were allocated to the surface film with ionic conduction, the double layer capacitance with the charge transfer resistance, and the oxidation reduction process involving the surface patina.
EPO acts through its specific cytokine receptor, the erythropoietin receptor (EPOR), allocated on cell surface [ 3, 4] of many different haematopoietic and nonhaematopoietic tissues and cells [ 5].
The purpose of this study is to generate the optimal operation sequence and allocate economic tolerances to cutting surfaces to achieve the specified quality and minimize the manufacturing costs.
Moreover, an optimization control allocation algorithm, using linear programming and a pulse-width pulse-frequency (PWPF) modulator, is designed to allocate torque commands for all the aerodynamic surface deflections and on off switching-states of RCS thrusters.
The vector projection technique is used to allocate the sampling points close to the response surface.
The use of each of these indices requires an examiner to visually assess a tooth surface and by using predetermined criteria allocate a score as an interpretation of the aetiology and severity of the clinical presentation.
A simple but effective algorithm is developed to adaptively allocate a series of cutter locations over the design surface with each one being confined within an angular rotation range.
Conventional procedures for analysing digital remotely sensed images rely upon pixel-based methods, using spectral information from each pixel to allocate it to a land cover type or estimate a surface property (e.g. LAI).
