The phrase "a strong formation of" is correct and usable in written English.
It can be used when describing a robust or effective arrangement or structure of something, often in contexts like military, sports, or organizational settings.
Example: "The team displayed a strong formation of defense during the championship game, making it difficult for the opponents to score."
Alternatives: "a solid arrangement of" or "a powerful structure of".
As shown in method 1, 2 and 4, the corrosion process can involve a strong formation of oxides.
These results indicate that a strong formation of HAp layer is observed with the NBG and SNBG samples when compared with neem doped glasses.
After stimulation with PSC-SN or collagen I, a strong formation of F-actin in the cell body and actin polymerisation in the lamellipodia were clearly observed in Panc1 and UlaPaCa cells (data not shown).
During the first night of the recovery phase a strong formation and evolution of large-scale ionospheric irregularities (equatorial spread-F (ESF)) was observed, but on the second night of the recovery phase, there was strong and almost simultaneous sporadic E (Es) formation at all three stations.
Free interstitials migrate faster than vacancies which are involved in the strong formation of dislocation loops.
Another characteristic of the Annexin positive cells was a strong increase in formation of ribosomes and vesicles (F and H, arrow Rib) and an increase in exocytosis of vesicles (F, arrow Ves Ex), a feature of GBM cells described in detail recently by Skog et al. [30].
I feel the changing nature of the political forces that are coming to power in major democracies will also have a strong impact on formation of new corporate culture.
In all EMSAs, the lowest mobility protein bound band appears to predominate among shifted complexes, suggesting a strong preference for formation of higher oligomers.
The results support the hypothesis that PTGS loci containing a palindrome structure and methylation in the coding region are more sensitive to paramutation by small RNAs and exhibit a strong tendency to formation of meiotically transmissible TGS epialleles.
Our design shows that certain non-seed miR nucleotides, such as 14, 18, 13, 11, and 17, are characterized by a strong bias towards formation of Watson-Crick pairing.
Moreover, to account for the genotype dependence of EC induction rates12, this study combined iTRAQ-based quantitative proteomics and liquid chromatography mass spectrometry (LC-MS) detected metabolomics to reveal the dynamic and complex network of maize EC formation using the 18-599R inbred line (with a strong capacity of EC formation) and the B73 inbred line (with a low capacity of EC formation).
