The phrase "a solution that comprises" is correct and usable in written English.
It can be used when describing a solution that includes or consists of certain elements or components.
Example: "The project aims to develop a solution that comprises innovative technologies and sustainable practices."
Alternatives: "a solution that includes" or "a solution that consists of".
In this study, however, we have proposed a Jacobi polynomial solution that comprises all of these polynomial solutions.
We present Titan, a service-oriented solution that comprises Internet application repositories storing applications in the form of dynamically composed service graphs, a mobile device managing the user's Personal Area Network (PAN), and a service graph execution framework distributing service execution to available resources (sensors, mobile devices) in the user's PAN.
While in the general context of metabolic network analysis, finding elementary modes does not require to first search for bootstrap molecules, in the context of metabolic engineering however any heterologous pathway solution that comprises a compound that is first consumed before being produced is valid only when the compound is added to the growth medium.
When the solution that comprises the Taylor cone reaches the Rayleigh limit, at which point the Coulombic repulsion of the surface charge is equal to the surface tension of the solution, charged droplets are formed at the tip of the capillary.
Ionic liquids are non-aqueous salt solution that comprise both anions and cations which can be maintained in a liquid state at moderate temperatures (0 140 °C) [10, 11].
Results: Exploratory factor analysis resulted in a one-factor solution that comprised misidentification delusions, auditory and visual hallucinations, and the misidentification of people.
Note that, in the case of solutions that comprise the proposed 'Correlation' method, a k-means clustering has been applied in order to find adequate RCPs for correlation.
The fish-swarm algorithm models the natural environment and animal behaviors; however, we cannot blindly or mechanically copy this framework because of two reasons: (1) the solution space that comprises the logic trees is significantly different from the 3D space (the natural environment), and (2) behaviors in the natural environment are not able to directly apply to the logic tree space.
The electrokinetic flow of an electrolyte solution through a microchannel that comprises a bundle of cylinders is investigated for the case of constant surface potential.
