The phrase "achieve bulk" is correct and usable in written English.
It can be used in contexts related to gaining mass, volume, or quantity, often in reference to physical objects, products, or even abstract concepts like knowledge or experience.
Example: "To improve the product's marketability, we need to achieve bulk in our inventory before the launch."
Alternatives: "gain volume" or "increase mass".
The separation from the nanoparticle to achieve bulk behavior of the accessible volume depends also weakly on the size of the probe particle.
Increasing the TiB2 content of the composite electrodes makes it easier for them to sustain a thin and continuous film of molten aluminium metal on their surface and hence less energy is required to achieve bulk deposition of aluminium.
This is important as wet ash can achieve bulk densities and ash loads about double that of dry ash (cf. Blong, 2003; Macedonio and Costa 2012).
We selected relatively larger crystals (up to ≈60 μm) for DiI placements into the cerebral peduncle and ventrobasal complex to achieve bulk labeling.
We have achieved bulk production capacities of high purity carbon nanofibers (CNFs) at low cost by a catalytic chemical vapour deposition (CCVD) process.
Perhaps surprisingly, the network efficiency was not enhanced by this processing method, although the approach does offer the possibility of achieving bulk conductive nanotube polymer composites with anisotropic electrical properties and a degree of optical transparency.
That target would essentially push auto companies to achieve the bulk of the reductions in the first half of the 10-year phase-in period.
Monocrystalline Si grown by the non-contact crucible method (NOC-Si) has the potential to achieve high bulk minority carrier lifetimes and high efficiencies at low cost given its low structural defect density.
This transfer requires high quality polycrystalline substrates fabricated with high growth rate, controlled morphology (columnar, dense, well-oriented layers), and very low surface roughness (RMS < 5 nm), to achieve tailored bulk properties.
This operationally focused "pure play" activity allows the non-REIT companies to achieve "the bulk of their earnings through the high margin nature of fee-based management revenuesin relation to the more volatile, higher risk/reward nature of direct ownership," the report explains.
This is practically impossible to achieve in bulk semiconductors since the required high doping in order to obtain high carrier density also results in high electron momentum scattering rates by the doping impurities, i.e. the e-e and momentum scattering rates are of the same order.
