The phrase "achieved with material" is correct and usable in written English.
It can be used when discussing the means or resources through which a particular outcome or result has been accomplished.
Example: "The stunning sculpture was achieved with material sourced from local artisans, showcasing their craftsmanship."
Alternatives: "accomplished using resources" or "realized through materials".
Prior to dynamic tensile tests, it was verified that the appealing mechanical properties of PLA-PMMA-Biostrong composition previously achieved with material processed at laboratory scale are kept when the material is produced using industrial extrusion and injection processes.
The fact that pretreatment under severe conditions resulted in the highest glucose yields for all fractions (Table 4, samples taken after 72 h) while the highest GPR values were achieved with material pretreated at medium severity suggests that the highest severity caused formation of something that retarded the initial cellulose hydrolysis rate.
The greatest decrease in oxygen concentration of the head space of air-tight chambers was achieved with the material extruded with PLA on at least one side.
The good electrocatalytic activity achieved with this material makes it useful for the quantification of AA and UA in biological fluids.
Simulation result showed that, 10% capacity increase can be achieved with 16% material retained on 0.045 mm in the mill discharge when the mill was converted to a two-compartment mill.
The trials should be planned in such a way that they provide data on the relationships between material flow rate, air flow rate and conveying line pressure drop over as wide a range of conveying conditions as can be achieved with the material.
Effective catalytic degradation of 2-nitrophenol (80% conversion) was achieved with the material treated under air atmosphere at 300 °C, even when operating under a high pollutant/catalyst mass ratio, opening a window of opportunity for added-value crude glycerol-derived products.
The same structural and building physical performance can be achieved with various material combinations.
The high strains that can be achieved with magnetostrictive materials compared to piezoelectric materials make them more fit for low-frequency applications in which higher strains are needed.
This will provide bioengineers with a more diversified and more efficient innovation tool for biomaterial design, synthesis and function than currently achieved with synthetic materials chemistry programmes and rational based materials design approach, which require reasoned logic.
"That fashion statement can be achieved with other materials that don't require systematic cruelty to animals".
