The phrase "a single component in" is correct and usable in written English.
It can be used when referring to one part of a larger system, process, or structure.
Example: "In the complex machinery, a single component in the assembly line can significantly affect overall efficiency."
Alternatives: "one element of" or "a part of".
A molecular model is used for describing diffusion and sorption of a single component in a one-dimensional pore.
On the other hand, the multi-stage interactive genetic algorithm enables the user to focus on a single component in each stage.
Specifically, it is not ideal for system-level studies where the reactor is a single component in an energy conversion system.
In the absence of detailed analytical data for hydrocarbon plus fractions in a hydrocarbon mixture, erroneous predictions and conclusions can result if the plus fraction is used directly as a single component in the mixture phase behaviour calculations.
The outer loop corresponds to the update of the polynomial coefficient vector and the inner loop is implemented by the quasi-Newton algorithm to update a single component in the vector.
For this purpose, microorganisms were grown continuously in a bench-scale calorimeter and the concentration of a single component in the feeding stream was increased gradually, while all the other growing conditions were kept constant.
A solution is obtained in terms of a single-component, in this case, vector electric potential taken within the conducting shells of the "VV + cryostat + TS" system.
Caliste project aims at hybridizing 1 CdTeCdTe or CdZnTe pixel detectors with low-noise full custom front-end electronics, in a single component standing in a 1×1×2 cm3 volume.
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.
Organic-liquid composition did not significantly impact mass transfer coefficients, and fractional mass removal behavior during HPCD solubilization was nearly identical for each compound whether present as a single component or in a mixture.
Sorption equilibrium studies for a single component present in MRS media (glucose and sodium acetate) and organic acid other than lactic acid (acetic acid) were conducted to study the selectivity of IRA 67 anion-exchange resin towards these components as compared to lactic acid.
