Once the stir speed reached 500 rpm, there was no difference between samples produced with different diffuser pore sizes, and only the Au concentration or gas-injection flow rates affected particle sizes.
This mechanism has to explain the differences in fractionations produced with different N sources and with progressive growth during N2 fixation.
Our comparisons showed that the differences between the results produced with different package versions can be significant (Supplementary Figure S1).
Optical emission spectroscopy revealed important differences between the plasma species produced with different inlet mixtures.
Complementary infrared imaging can also explain the difference in dissolution properties between samples produced with different melt granulation parameters.
PEG microspheres were produced with different densities (buoyancies) and centrifuged to develop microsphere gradients.
Open lists may be produced with different kinds of, albeit similar, intonation contours.
Massive tensile specimens were produced with different grain sizes and deformed in incremental load tests.
Specimens were produced with different fiber mass proportions for comparison with specimens without fibers.
To overcome this disadvantage, these coatings are produced with different deposition techniques.
Mortar mixes produced with different combinations of various cement and supplementary cementitious materials (SCMs) were investigated.
