The phrase "allows deeper understanding" is correct and usable in written English.
It can be used when discussing how something facilitates or enhances comprehension of a subject or concept.
Example: "The new teaching method allows deeper understanding of complex mathematical concepts among students."
Alternatives: "enables greater insight" or "facilitates a more profound comprehension."
Atomic force microscopy based microwear experiments allow deeper understanding of mechanisms of wear on the microscopic scale due to a well defined single asperity contact, elimination of roughness effects, and the high lateral and vertical resolution in the micro- and nanometer range.
Numerous research projects on phosphoproteomes have generated a large data collection allowing deeper understanding of phosphorylation events in various species, including yeast [ 19], mice [ 20], humans [ 21], Arabidopsis [ 22], rice [ 23], and other organisms [ 24].
Second, our use of a cross sectional data limits us to make any causal claims, thus, does not allow deeper understanding into the issues we have analysed in this paper.
Linking the health and function indices with future morbidity and mortality data, collected routinely as part of regular HDSS update rounds, will allow deeper understanding of the dynamics of health transition and population ageing in low- and middle-income countries (29– 31).
It was remarkable how this provided a common language to all the participants and allowed deep understanding of areas outside each individual's usual expertise.
This allows a deeper understanding of the organization of the system through topological analysis, and drives new experiments by finding gaps in the models.
A comparison of the electrochemical behaviour of formic acid with its derivatives allows a deeper understanding of the formic acid oxidation itself.
The approach to nanofluids as three-phase systems (instead of traditional consideration of nanofluids as two-phase systems of solid and liquid) allows for deeper understanding of correlations between the engineering parameters, nanofluid properties, and cooling performance.
Building on these research experiences, the paper argues for a novel reconstructive approach to qualitative mobility biographies research that allows a deeper understanding of the biographical embeddedness of mobility practices.
Present knowledge allows a deeper understanding of the cytokine network and their sometimes conflicting roles in the development of immune responses, as well as their relevance in the establishment and maintenance of immunological memory.
