The phrase "further compact" is not standard in written English and may cause confusion.
It could be used in contexts discussing the need for additional compactness or conciseness in a document or design.
Example: "To improve the layout, we need to create a further compact version of the report."
Alternatives: "more compact" or "additional compactness."
For modern turbomachines, the trend of design is to reach higher aerodynamic loading but with still further compact size.
Here we have used deposit thickness to estimate volume, but thickness of deposits can naturally compact up to 50% within just a few days and could further compact during the transportation in trucks, which would reduce the volume of material that is disposed (Blong et al. 2011; Engwell et al. 2013; Hayes et al. 2015).
A saline-wet gauze was used to further compact the granules and accelerate the hardening of the graft in situ so that after a few minutes the alloplastic bone substitute formed a stable, solid, porous scaffold for the host osseous regeneration (Fig. 1c).
This would further compact the chromatin fibers to form higher order assemblies.
Further cycles of DET generated a further compact mesh of undistinguishable collagen fibers that resembled that previously reported for SIS [20] (Fig. 3F).
In order to further compact and properly join the datasets, multiple probes treatment was then performed to cluster probes from the same gene (hierarchical clustering, cutoff height =0.6).
The dry-compacted preform under vacuum is further compacted due to fiber settling in wet form after resin reaches there; the part thickens afterwards as the resin pressure increases locally.
Secondly, due to their ultrafine size, the nanoparticles fill the pores (the nanofiller effect), leading to the further compacting of the microstructure [11].
The core-shell particles prepared from the ferromagnetic powder particles and the modified hybrid resins were further compacted to the cylindrical and toroidal shapes for the mechanical, electrical and magnetic testing.
The hybrid resin serves as a perfect insulating coating deposited on FeSi particles and the core shell particles can be further compacted by standard powder metallurgy methods in order to prepare final samples for mechanical, electric and magnetic testing.
In eukaryotes, DNA is packaged into highly structured chromatin filaments, which are further compacted into chromosomes.
