"single component system" is a correct and usable phrase in written English.
It can be used to describe a system that consists of only one main component or element. This phrase is commonly used in technical or scientific contexts. Example: The new software technology is designed to work as a single component system, making it more efficient and user-friendly for businesses.
This represents an example of a single component system.
For a single component system, the determination of intraparticle diffusivity is rather easy.
In general, rate expressions for single component system are typically written in concentration terms as shown in Eq. (17).
The phase equilibrium analysis shows that the polymorphic transformation in a single component system proceeds with the thermodynamic hysteresis.
Therefore, a single component system in a single phase occupies a region in the temperature-pressure plane and for a single component system, the location where two phases are in equilibrium corresponds to a curve in the temperature-pressure plane.
For a single component system, Kuiken [17] considered the problem of selective removal by etching of material from a substrate partially covered with a mask (cf. engraving).
All three oils represent multi-component systems, whereas their main components represent single component systems.
Alternatively, life time of catalyst was found decreased in organic inorganic pollutant system compared to single component systems.
In contrast, the breaking force (tensile force) of the sponges were greatest for the single component systems, while the elongation prior to breaking was similar for each material.
Vapor pressure curves were then plotted using Langmuir and Antoine equations for the compounds, which represent single component systems, undergoing zero-order non-activated evaporation processes.
In addition, morphology not only had the function of decreasing fractional free volume, but also changed the number of hydrophilic groups in epoxy rich regions, which obviously distinguished water sorption behavior in the blends from that in single component systems.
