Sentence examples for mean size yield from inspiring English sources

The influences of five experimental parameters upon the mean size, yield and dispersity of the product were investigated via uniform design.

The results of the multi-objective optimization showed a substantial improvement of the end of batch properties expressed in terms of the volume-weighted mean size and yield.

In contrast, analysis with HDL mean particle size yielded additional associations in LIPC (hepatic lipase; rs261332: p = 6.1*10−9), PLTP (phospholipid transfer protein, rs4810479: p = 1.7*10−8) and FBLN5 (fibulin-5; rs2246416: p = 6.2*10−6).

Different mathematical models were developed to predict the mean size of granules, yield, relative width of granule distribution, Hausner ratio and final granule moisture content.

The design space of the ranges of operating parameters has been determined based on constraints of the mean size of granules and granule yield.

The nanoparticles had a mean size of 12 nm and quantum yield of 3.94%.

From the analysis, as the mean size of the fine aggregate decreased, yield stress and viscosity of the fresh state mortar increased.

The objective of our optimization was to identify the reaction parameters for the synthesis of nearly monodisperse (σ = 5-10%) samples of a given mean size while simultaneously maximizing the reaction yield.

However, the most significant improvement was noted in the seeded set of experiments that resulted in 225 min batch time, an increase of the volume weighted mean size by 275.1μm, and 99% product yield.

However, when the mean size of the fine aggregates is bigger than 0.7 mm, the yield stress is not affected by the size of the fine aggregate.

All mortar samples showed zero yield stress and 1.7 Pa·s viscosity when the mean size of the fine aggregates was larger than 0.7 mm.