The phrase "aforementioned structure" is correct and usable in written English.
It can be used when referring back to a structure that has already been mentioned earlier in the text.
Example: "The aforementioned structure is crucial for understanding the overall design of the project."
Alternatives: "previously mentioned structure" or "earlier discussed structure".
From aforementioned structure and operation mechanism of MIES, the energy transformation system plays a very important role in both improving energy efficiency and decreasing cost.
Contrary to the aforementioned structure, unequivocal experimental evidence has indicated that ETS dimers exist only in solution, [19, 20] whilst monomers occur predominantly in the nucleus, where they target DNA [21, 22].
This processing, and the aforementioned structure normalization, helps to reduce error proliferation by informing contributors of any potential issues found with in-coming data prior to it being loaded into PubChem, and by suppressing potentially anomalous depositor-provided information by default in PubChem Compound interfaces.
The structures of the remaining sequences were predicted by custom homology modelling at the ITS2 database [ 69- 72] with the aforementioned structure as a template and at least 70% helix transfer (identity matrix, gap costs: gap open 15, gap extension 2).
Thus, by robust and elliptical estimation technique, due to sample size and some difficulty with the multinormality condition of observed variables, was obtained adjusted fit index that allow the aforementioned structure was assumed (χ = 243.45; p = 0.189; Comparative Fit Index CFI = 0.972; Standardized Root Mean Residual Square SRMRS = 0.004).
This explanation complies with the proposed and aforementioned structure of a superhelix, because approximately 28 ankyrin domains are required for one full helical turn which in turn allows transmission of force from one end of the structure to the other without creating a "torque" (Howard and Bechstedt 2004).
The natural frequencies of the aforementioned structures have been derived using the Lagrange Rayleigh Ritz technique.
This paper presents the results of attempts at reducing the problem of solar overheating of asphalt road pavement surfaces, resulting in weakening and accelerated destruction of the aforementioned structures.
The development of flexible photovoltaic cells to be superposed to textile membranes allows the exploitation of the external surfaces of the aforementioned structures not only as a mere coverage of areas but also as a solution to increase their sustainability.
results and is more feasible than using other nucleophiles to study the effect of the aforementioned structures on the polymer properties and therefore provides new approaches to better comprehension at the molecular level of the structure property relationships.
However, in case of advanced device architectures like fins and nanowires a proper measurement of the spreading resistance is often hampered by the increasing impact of parasitic series resistances (e.g. bulk series resistance) arising from the confined nature of the aforementioned structures.
