Sentence examples for wide saturation from inspiring English sources

Compared to neat-TPU, the TPU-GMS microcellular morphology showed higher cell density over the wide saturation temperature of 150 170 °C due to the increased HS phase separation and crystallization mechanism in the presence of GMS and dissolved butane.

Six 30 mm wide saturation bands were used, positioned around the adrenal gland, thus minimizing possible field heterogeneity effects caused by magnetic interference of air present in the lung parenchyma, bone structures, periadrenal fat, and fluids present in the biliary tree and kidneys.

Consequently, cell nucleation was significantly promoted in the vicinity of the largely distributed HS crystalline domains over a wider saturation temperature range of 150 °C 170 °C at a saturation pressure of 55 bar.

While the GEKU screen has identified many interesting enhancer traps and lethal phenotypes, genome-wide saturation would be difficult to achieve at the current level of efficiency.

Genome-wide saturation mutagenesis and subsequent phenotype-driven screening has been central to a comprehensive understanding of complex biological processes in classical model organisms such as flies, nematodes, and plants.

Advantages to these types of mutants are that they are relatively inexpensive to produce, any genotype can be used because there is no need for transformation, and the density of mutations generated allows for genome-wide saturation with relatively small populations.

Their test runs cover a wide range saturation temperatures, vapor qualities and mass fluxes.

The idea might be that additional outreach and marketing efforts can help it get past a potential growth plateau and reach even wider market saturation, possibly in less tech-savvy demographics.

A higher seawater temperature is beneficial for reducing the HTA, and it is also indicative of a wider optimization saturation temperature range in which the required total HTA is not sensitive to the saturation temperatures.

Figure 9 shows that for up-dip flow direction (Case 12), the IWIR relative permeability curves cover a wider water saturation range with higher end-point water saturation, but with lower relative permeability values compared to the horizontal case (Case 11).

Combined with reaction transport equations, this expression is capable of predicting gypsum and calcite mineral-water reaction rates over a wide variety of saturation and hydrodynamic conditions.