The phrase "a model of continuous" is not complete and lacks context, making it difficult to assess its correctness in written English.
It could be used in contexts discussing ongoing processes, systems, or behaviors that exemplify continuity.
Example: "The organization has become a model of continuous improvement in its operations."
Alternatives: "an example of ongoing" or "a standard of perpetual".
Furthermore, a model of continuous improvement in product development is outlined, and it is highlighted that the material selection/development is a permanent and endless task for sustainable and profitable growth.
A model of continuous melt transesterification of bisphenol-A and diphenyl carbonate in a continuous stirred tank reactor is developed using phase equilibria assumption and the method of molecular weight moments.
Here a model of continuous defective graphene nanoribbons (dGNR), which are arranged in stacks, is presented to predict a number of properties of mesophase pitch (MPP -based carbon fibers in a single physical fraMPP -based
The vesicular transport model resembles a model of continuous stirred tank reactors in series (CSTR's).
Our results demonstrate that the craniometric data fit a model of continuous dispersal of people (and their genes) from Southwest Asia to Europe significantly better than a null model of cultural diffusion.
In conclusion, our results indicate that the craniometric data best fit a model of continuous demic diffusion into SE and Central Europe from the SE Asian core region in which agricultural societies first emerged.
The new vortex lattice method is regarded as a model of a continuous doublet sheet at all times and not simply a set of discrete vortices.
Another solution is to use a separate model for the zeroes, e.g. delta-type models by use of logit, or probit to estimate the rate of zeroes, followed by a model of the continuous positive data [21].
Here, a model of a continuous genome was used, rather than a finite number of independent regions as by Ødegård and Meuwissen [ 11], and the calculations assumed a fairly even distribution of genetic variance along the genome.
The results were interpreted basing on a model of non-continuous structure of polymer glasses.
In this paper we have described a stochastic model of continuous character evolution based on a generalization of the Brownian model of evolution that does not assume that the rate of evolutionary change is constant and finite.
