The phrase "a much lower particle" is grammatically correct and can be used in written English.
It can be used in contexts discussing measurements, comparisons, or scientific descriptions where particles are being compared in terms of size or quantity.
Example: "In this experiment, we observed a much lower particle concentration in the control group compared to the experimental group."
Alternatives: "a significantly smaller particle" or "a considerably reduced particle".
The notable increase in conductivity was also owing to the introduction of conducting CNT paths to the PVDF, indicative of percolation behavior, where the filler particles in the polymer matrix are free to move and thereby can form a conducting network at much lower particle concentrations [30].
The results show that, in a spray guided GDI engine, ethanol combustion yields much lower particle mass (PM) but higher particle number (PN) emissions, compared to gasoline.
Compared to the citrate method, the Pechini method is superior to obtain a homogeneous multicomponent gel without any phase segregation throughout the processing, which is beneficial to prepared stoichiometric oxides with a much lower temperature and smaller particle size.
Titration of increasing amounts of each protein showed that wild-type H1.4 and the GH1.4-C mutant had similar affinities, as they promoted gel retardation at similar protein concentrations (lanes 2 and 4), while N-GH1.4 and GH1.4 exhibited a much lower affinity for these particles.
The capillary filtrate has a much lower concentration of colloidal and suspended particles than can be produced in a conventional pretreatment process.
Furthermore, as it has been describe previously, neutrally charged particles have a much lower opsonization rate (followed by macrophages clearance) than those with high surface charge.
EQMOM and TSM are compared to a sectional method for various simple but relevant test cases, showing their ability to describe accurately the fine-particle population with a much lower number of variables.
Plastic particles usually have a much lower specific weight (Table 1) than sediments (typically 2.65 g/cm3 [11]).
It can be seen that the detachment of bubbles from the heating surface in the tap water is faster than that of demineralized water because there is a much lower concentration of mineral ions and small particles inside the water.
