The phrase "at different particle sizes" is correct and usable in written English.
It can be used when discussing variations in the size of particles in scientific, technical, or industrial contexts.
Example: "The experiment was designed to analyze the effects of the chemical reaction at different particle sizes."
Alternatives: "across various particle sizes" or "with varying particle sizes".
According to He et al. [30], the viscosity of TiO2 distilled water nanofluids at different particle sizes (95 nm, 145 nm) increases with the increase in particle size.
Inset shows degradation percent of phenol red at different particle sizes of TiO2 particles Open image in new window Fig. 3 Variations of the initial rate and degradation yield as a function of light source intensity.
The results of the internal friction angle at different particle sizes were not exactly consistent with the results of the flow function, which could be a result of the different particle shapes in addition to the different sizes.
The crystallinity data of untreated and fungal treated rubberwood at different particle sizes are shown in Table 2.
Subsequently, we performed enzymatic hydrolysis at different glucan loadings to compare digestibility, sugar conversions and yields of the pretreated rice straw at different particle sizes.
Figure 2(A)/ 2(B) elucidates the time course of glucose monomer (A) and xylose monomer (B) concentrations obtained from 1% glucan loading enzymatic hydrolysis of AC1RS and AC2RS substrates at different particle sizes.
Open image in new window Fig. 3 Variation of carbon conversion with time at different particle size in a raw coke samples and b samples adsorbed Na2CO3.
Shear cell tests carried out with mono-size beds of coarse particles (d>1 mm) under different types of packing configurations were repeated after the addition of the maximum possible amount of fine material into the packing at different particle size ratios.
Two different Ammonia Fiber Expansion (AFEX) pretreament conditions, AFEX C1 (low severity) and AFEX C2 (high severity) are used to pretreat the rice straw (named as AC1RS and AC2RS substrates respectively) at different particle size.
The Chrastil diffusion-limited kinetic model was able to model the experimental data and explain the hydrolysis behaviour at different particle size based on kinetic parameters, k and n.
Moreover, the type and dosage of porogen can create various structures of PST micro/nano-particles at different particles size effectively.
