The phrase "a one dimension model" is not correct in standard English; it should be "a one-dimensional model." You can use it when referring to a model that represents a single dimension, often in mathematical or scientific contexts.
Example: "In our study, we utilized a one-dimensional model to simplify the analysis of the data."
Alternatives: "a one-dimensional framework" or "a single-dimensional model."
This paper addresses the development of a one-dimension model for quantifying magnetic-elastic-thermal coupling and hysteresis inherent to giant magnetostrictive materials.
In a second part these kinetic and mass transfer parameters, as well as axial dispersion and heat transfer coefficients determined separately, are included into a complete one dimension model of the continuous reactor.
To investigate the imbibition of tight reservoirs, on the consideration of tight formation characteristics, this paper derived a one dimension, two phases, counter-current imbibition model, after dimensionless of distance and time, Galerkin method for spatial discretization and time integration, solutions were given, comparisons of conventional sandstone and tight formation were made.
In this simplified approach, a one-dimension fin model is proposed in order to avoid geometrical restrictions and constrains associated to a particular technological solution.
A one-dimension flooded homogeneous model and a microscopic approach were used.
For our model, we chose to include just three components—a spatial distribution of chemokines in one dimension, a model for the regulation of chemokine receptors, and a chemotactic model for cell locomotion.
A one-dimension nonlinear pyrolysis layer model without surface recession has been developed to explore the thermal behavior of charring ablator when subjected to an aerodynamic hyper-thermal environment.
On the basis of the preliminary design of the HTR-PM and its DLOCA analysis results, the diffusion process, as well as the influence of the core temperature distribution and the length of the hot-gas duct, is studied with the DIFFLOW code, which adopts a one-dimension variable cross-section diffusion model with fixed wall temperature.
In the present work, a one-dimension, steady-state and single phase model is developed with the purpose of describing the mass transport within a PtRu/Nafion®-115/Pt membrane-electrode assembly and the performance of a direct ethanol proton exchange membrane fuel cell (DE-PEMFC).
The BOT model is not a highly uncertain model as sharp changes are unlikely, but in the one dimension benchmark model (as you can see in Figure 7), rapid and significant changes are typical.
