The phrase "a morphological model for" is correct and usable in written English.
It can be used in contexts related to linguistics, biology, or any field where models are created to represent morphological structures or processes.
Example: "The researchers developed a morphological model for analyzing the growth patterns of the plant species."
Alternatives: "a structural model for" or "a form-based model for".
In sorghum, a genomic and morphological model for panicoid cereals, a rich history of research into the genetics of seed size is reflected by a total of 13 likelihood intervals determined by conventional QTL (linkage) mapping in 11 nonoverlapping regions of the genome.
Here a well-balanced and flexible morphological model for the swash zone is presented.
In this paper, we focus on aspects of the implementation of the morphological model for bed evolution within the Advanced Circulation ADCIRCC) modeling framework, as well as the verification of the RKDG method in both h (mesh spacing) and p (polynomial order).
Cultured cancer cell line is the most widely used in benchtop morphological model for CTCs, rarely yet on clinical samples.
Incorporating the effect of nonlinear liquidus and solidus, an extended morphological stability model for a planar interface was developed under local non-equilibrium conditions both at the solid/liquid interface and in the bulk liquid.
By combining the morphological models, both for nucleation and growth rate, for flow induced crystallization is possible to explain the effect of shear rate and shearing times in different experimental results, and potentially in the simulation of polymer processing.
The parabolic bay shape model is the only morphological model that has the mechanism for the evaluating beach stability and predicting shoreline changes arising from structures built on a curved beach.
Volume element partitioning of the mouse brain data can provide a common coordinate framework for visualization and morphological modeling of neurons and can serve as containers to grow synthetic neurons.
In the first section techniques of wave input reduction for morphological models are evaluated with focus on open ocean wave-dominated coasts.
These histological features resemble fetal kidneys (FKs) and make WT a model for morphological recapitulation of the earliest kidney developmental stages.
