The phrase "aiming to rationalize" is correct and usable in written English.
It can be used when discussing efforts to make something more logical or reasonable, often in the context of decision-making or problem-solving.
Example: "The committee is aiming to rationalize the budget allocation to ensure that resources are used more effectively."
Alternatives: "seeking to justify" or "striving to clarify".
Aiming to rationalize the experimental results we have performed a molecular docking study combined with molecular dynamics (MD) simulations and free energy perturbation (FEP) calculations.
We begin with the brief introduction of current knowledge in fundamental electrocatalytic behavior of Pd-based electrodes and some reaction mechanism, aiming to rationalize the general guidelines of structural design for more promising nanocatalysts.
Aiming to rationalize the parameters governing such interactions eight types of these polycationic dendrimers in which the generation, the number of charges, the nature of the core and of the terminal groups vary from one to another, were designed and used.
In this paper we describe the design and methods of a trial aiming to rationalize antibiotic prescribing by decreasing this uncertainty and parental anxiety.
It argues that the reform aimed to rationalize the national administrative system and salvage the government from financial crisis.
The international collaborative groups aim to rationalize the approach.
This system aimed to rationalize visit frequency in Sites 1 and 2: 'red' category patients were visited at least once a week while 'green' category patients were visited monthly.
As there are no data available from clinical trials yet, our work is aimed to rationalize dietary choices on the basis of known and established effects of dietary factors and lifestyle at the molecular level.
Finally, molecular modelling and simulation were used to explore binding characteristics of 5-oxo-ETE and derivatives with the aim to rationalize biological activity.
The classification of the kinome was revised, based on bioactivity data and chemical feature enrichments with the aim to rationalize (and predict) cross-reactivity of compounds within the kinome.
In this manuscript, with the aim to rationalize the different experimental activities of known telomerase inhibitors, a computational study was carried out to investigate their conformational properties and the relationships between the target affinity and the ligands solvent-accessible surface area.
